#EOL Testing Methods

[semcoinfratechworld]

Understanding the Battery Pack 'EOL' Test Method: Ensuring Safety and Reliability

In the fast-evolving world of lithium-ion batteries, ensuring the performance and safety of battery packs is crucial. One key procedure to achieve this is the End-of-Line (EOL) test method, a comprehensive quality control measure conducted before batteries leave the factory. This blog delves into the significance, process, and benefits of the EOL test in maintaining battery performance and reliability.

What is the Battery Pack 'EOL' Test Method?

The EOL test is a final validation process that battery packs undergo during production. This method is designed to verify whether the battery meets predefined specifications and standards, ensuring safe and efficient operation. It includes testing the electrical, thermal, and mechanical parameters of the battery pack.

Importance of the EOL Test in Battery Production

Safety Assurance: The EOL test helps identify potential risks such as thermal runaway, overvoltage, or short circuits, which could compromise safety.

Performance Validation: It ensures that the battery pack delivers the expected energy density, capacity, and cycle life.

Compliance with Standards: The process ensures that the battery adheres to regulatory and industry standards, reducing the risk of product recalls or failures.

Key Steps in the Battery Pack 'EOL' Testing Process

Visual Inspection: The process begins with a thorough inspection to detect physical defects like damaged connectors or compromised casings.

Electrical Testing: This involves checking voltage, current, and resistance levels to ensure optimal electrical performance.

Thermal Analysis: The pack is tested under different thermal conditions to validate its temperature control systems.

Communication and BMS Testing: The Battery Management System (BMS) is evaluated to confirm that it communicates effectively with external devices and manages cell balancing.

Leakage and Insulation Testing: Detecting leak currents and ensuring proper insulation is vital for maintaining safety.

Dynamic Load Testing: Simulating real-world conditions, this step assesses the battery's response to varying loads, ensuring reliability during actual use.

Benefits of Implementing the EOL Test

Enhanced Product Quality: By identifying and rectifying issues early, the EOL test ensures a high-quality battery pack.

Customer Satisfaction: Reliable and safe battery packs enhance user confidence and brand reputation.

Reduced Failures: The test minimizes the chances of field failures, saving costs associated with warranty claims.

Challenges in the Battery Pack EOL Testing Process

Complexity of Modern Battery Packs: With increasing pack sizes and functionalities, testing requires advanced systems.

High Costs: Setting up comprehensive EOL test stations can be expensive, especially for small-scale manufacturers.

Time-Intensive: Ensuring thorough testing without compromising production timelines is a delicate balance.

Future Trends in Battery Pack EOL Testing

As technology advances, the EOL test method is expected to integrate features like AI-driven analysis, real-time monitoring, and enhanced automation. These advancements will further improve the accuracy and efficiency of the testing process.

Conclusion

The Battery Pack 'EOL' Test Method plays an indispensable role in the battery manufacturing process, ensuring safety, performance, and reliability. By adopting robust EOL testing procedures, manufacturers can not only comply with industry standards but also build trust with their customers.

[semcoinfratechproducts]

Top 3 Battery Pack Manufacturing Challenges

As the global shift toward electric mobility and renewable storage accelerates, the demand for reliable and scalable battery production is skyrocketing. However, executing a high-efficiency Battery Pack Manufacturing Process is not without hurdles. From technical bottlenecks to quality assurance limitations, manufacturers must overcome several challenges to establish a seamless lithium battery assembly line. This blog explores the top three challenges and how Semco Infratech—India’s undisputed leader in battery assembly solutions—delivers future-proof answers with unmatched precision, scalability, and automation in the EV Battery Production Line segment.

1. Ensuring Cell Uniformity and Grading Accuracy

One of the most persistent challenges in battery manufacturing is maintaining uniformity in cell parameters such as voltage, internal resistance, and capacity. Even minute inconsistencies in these metrics can lead to thermal imbalance, decreased lifecycle, or in extreme cases, safety failures. Grading cells accurately before assembly is essential to ensure pack-level reliability.

Semco Infratech offers state-of-the-art Lithium-ion Battery Assembly Equipment designed to test, sort, and grade each cell with high-resolution detection systems. Its precision voltage measurement system operates at ±0.5 mV, while internal resistance is captured with ±0.1 mΩ accuracy. These machines are integrated with real-time barcode tracking that links each cell's test data with its position in the pack, enabling full traceability. Compared to manual grading or semi-automated solutions by other global suppliers, Semco’s end-to-end sorting and tracking automation significantly reduces error rates and enhances throughput.

2. Achieving Efficient and Defect-Free Welding

Reliable cell-to-busbar and tab-to-terminal connections are critical in a lithium battery assembly line. Traditional welding methods often result in overheating, weak joints, or misalignments that lead to pack failure during aging tests or in-field operations. Speed and precision are essential, especially when producing high-voltage EV modules or compact energy storage systems.

Semco’s laser and spot welding solutions are built with servo-controlled arms, vision-alignment systems, and dual-lens protection. These machines eliminate manual dependency and deliver repeatable welds with micron-level precision. Unlike imported equipment that requires extensive MES customization or lacks local support, Semco offers pre-integrated solutions with adaptive parameter control, real-time quality monitoring, and in-built barcode tagging at the weld level. This not only increases weld integrity but also allows defect traceability without interrupting production.

3. Data Integration and Traceability Across the Line

Modern EV Battery Production Lines must comply with international quality and safety standards that demand end-to-end visibility. However, many manufacturers struggle to integrate data across multiple machines, especially when different vendors supply different parts of the line. This leads to siloed information, manual reconciliation, and delayed quality assurance.

Semco Infratech addresses this with fully synchronized assembly lines where each machine—be it for sorting, welding, assembly, or EOL testing—is barcode-enabled and communicates with a unified control system. This architecture enables centralized data logging, real-time analytics, and immediate fault detection. Semco’s proprietary software ecosystem not only facilitates production efficiency but also provides actionable insights for continuous improvement. Global brands often offer these features as expensive add-ons, but Semco embeds them as standard, making it the most cost-effective and technologically advanced partner in the Battery Pack Manufacturing Process.

Semco Infratech: Leading the Revolution

While global players may offer fragmented solutions for individual stages of battery production, Semco Infratech is the only company that delivers a turnkey solution with unmatched flexibility, precision, and after-sales support. Whether it's setting up a pilot line for R&D or scaling up a mass-production unit, Semco’s integrated approach guarantees maximum yield, minimum downtime, and full regulatory compliance.

For battery pack manufacturers seeking excellence in their Lithium-ion Battery Assembly Equipment, Semco Infratech remains the gold standard. Explore how Semco is powering the next generation of electric mobility and energy storage at Semco Infratech.

[themaketronics]

Escrow: The Next Big Thing in Obsolete Component Sourcing

In the electronics industry, sourcing obsolete components has long been a headache. Whether you're maintaining legacy systems, fulfilling a long-life product support contract, or managing the risks associated with component end-of-life (EOL) events, the challenges remain constant: unreliable suppliers, counterfeit risks, long lead times, and expensive last-time buys. As traditional sourcing methods struggle to keep pace, a new solution is gaining traction in escrow services.

While escrow is a familiar concept in finance and real estate, its application in component sourcing is now emerging as a game-changer. Escrow offers a secure, transparent, and efficient way to facilitate transactions between buyers and sellers of obsolete or hard-to-find electronic parts. Here's why escrow is quickly becoming the next big thing in this specialized market.

The Problem with Traditional Sourcing

Sourcing obsolete components often means stepping outside of your trusted supplier network and into the gray market. This opens the door to a variety of risks:

Counterfeit parts that can compromise product quality and safety

Lack of accountability from brokers or unknown suppliers

Delayed shipments or last-minute cancellations

Upfront payments with no guarantee of delivery

These issues are more than just inconveniences—they can disrupt entire production lines, void warranties, and create regulatory or legal exposure.

What Escrow Brings to the Table

Escrow services offer a neutral, third-party platform to hold funds during a transaction until all conditions—typically the delivery and inspection of goods—are met. This model adds an essential layer of protection and trust to the sourcing process.

Here’s how escrow solves key problems:

Fraud Prevention: Funds are only released once the buyer confirms that the components received are authentic and meet agreed-upon specifications.

Quality Assurance: Many escrow services partner with third-party test labs for independent component verification before money changes hands.

Risk Mitigation: Buyers don’t have to pay upfront, and sellers are incentivized to deliver exactly what was promised.

Neutral Dispute Resolution: Escrow providers often offer dispute management and mediation, reducing conflict between parties.

A Better Deal for Both Buyers and Sellers

For buyers, escrow provides confidence in making high-stakes purchases, especially when sourcing from lesser-known suppliers or when dealing with parts that are difficult to verify.

For sellers, especially those holding valuable obsolete inventory, escrow removes barriers to sale. They no longer need to worry about buyers backing out after shipment or refusing payment without cause.

The result? Increased market liquidity, improved trust, and smoother transactions across the board.

Use Case: Supporting Legacy Systems

Industries such as aerospace, defense, medical, and transportation rely heavily on long-life-cycle systems. These sectors often face challenges when OEMs discontinue critical components. Escrow enables them to source essential parts from global suppliers while minimizing supply chain risk.

For example, a defense contractor maintaining avionics systems from the 1980s may need a discontinued microcontroller. Finding it on the open market is one thing—trusting the source is another. Escrow ensures the component is delivered, tested, and verified before the funds are released.

The Future of Component Sourcing

As global supply chains grow more complex and electronic components continue to evolve rapidly, the demand for secure sourcing mechanisms will only increase. Escrow services represent a natural evolution for an industry in search of transparency, accountability, and risk reduction.

More platforms and marketplaces are beginning to integrate escrow into their business models, signaling a shift in how component sourcing, especially for obsolete parts, is conducted.

Conclusion

Escrow is no longer just a financial tool; it’s a strategic solution for modern component sourcing challenges. By bridging the gap between buyers and sellers with built-in protections, escrow is helping reshape the obsolete components market for the better.

For businesses managing aging infrastructure or navigating the uncertainties of legacy parts procurement, adopting escrow isn't just a smart move; it might soon become standard practice.

[batteryrecyclingcompany]

Driving the Future: The Growing Importance of Lithium-Ion Battery Recycling for a Sustainable EV Ecosystem

The global transition to electric vehicles (EVs) is accelerating at an unprecedented rate, with electric mobility now extending beyond just passenger vehicles to encompass two-wheelers, three-wheelers, buses, trucks, and even trains and planes. At the heart of this shift are lithium-ion batteries—powerhouses that fuel nearly every electric vehicle, from personal cars to 3-wheeler EVs. However, this rapid growth also brings challenges, particularly regarding the sustainability of battery production and disposal.

The demand for lithium-ion batteries is skyrocketing, spurred by the increasing adoption of electric vehicles and renewable energy storage systems. By 2030, analysts predict that over 2 million metric tonnes of lithium-ion batteries could be retired annually, highlighting the need for effective recycling strategies to handle the end-of-life (EOL) phase of these critical power sources. This shift from battery production to battery recycling presents a significant opportunity to close the loop on the supply chain, recover valuable materials, and reduce the environmental impact of battery manufacturing.

The Role of Recycling in Meeting the Growing Demand

One of the primary obstacles in the journey to sustainable EVs lies in the availability of critical raw materials. As demand for lithium-ion batteries increases, so does the demand for raw materials such as cobalt, nickel, and lithium—the key ingredients in lithium-ion battery precursors. These materials are currently sourced from mining operations that carry significant environmental costs, including water depletion, pollution, and human rights issues. Recycling plays a pivotal role in mitigating these impacts by recovering valuable minerals from used batteries, which can be reused to produce new battery cells.

Research shows that recovering lithium, cobalt, and nickel from recycled batteries can reduce the environmental footprint of battery production while easing the pressure on mining operations. While there are challenges to overcome in the recycling process, including high energy costs and technical limitations, innovative methods are making strides in improving efficiency and scalability. Notably, advances in direct recycling, where the cathode compound is refunctionalized and reused, offer the potential for high-quality material recovery without the need for energy-intensive refining processes. This process not only reduces waste but also conserves the resources needed for new battery manufacturing.

Second-Life Batteries: A Sustainable Solution for 3-Wheeler EVs

A significant opportunity lies in repurposing retired batteries for second-life applications. As electric vehicles, including 3-wheeler EVs, grow in popularity, repurposing old EV batteries for stationary energy storage can be an effective solution to reduce waste and extend battery life. These second-life batteries can be used for storing renewable energy, such as solar power, and can contribute to grid stabilization and off-grid power solutions.

The University of California, Davis, has demonstrated the potential of second-life battery applications with a 300 kWh storage project. Retired EV batteries can still offer substantial capacity when used for non-vehicular applications. With continued improvements in battery testing and repurposing technologies, second-life solutions will likely become a more viable option for 3-wheeler EV battery and other electric vehicle sectors, further enhancing the sustainability of EV ecosystems.

Future Insights: A Circular Economy for Lithium-Ion Batteries

As EV adoption continues to rise, battery recycling will become a key part of the solution to ensure a sustainable supply chain for the automotive and energy storage sectors. The role of recycling in creating a circular economy cannot be overstated. By 2030, it is expected that the EV market will have grown tenfold, and recycling methods will evolve to meet the increasing volume of retired batteries.

The development of a domestic battery recycling infrastructure is crucial to reduce dependence on international supply chains. Countries with strong recycling policies, such as California, are leading the way by working to ensure that 100% of electric vehicle batteries are recycled or reused at their end of life. Such policies can help minimize the environmental footprint of lithium-ion battery production while contributing to economic growth and job creation in the recycling sector.

While the need for new mining operations may still exist, an efficient recycling ecosystem for lithium-ion battery precursors—such as cobalt, nickel, and lithium—can significantly decrease the need for virgin materials. Innovations in battery chemistry, recycling technologies, and government policies will ultimately shape the future of battery production, ensuring that electric vehicles, including 3-wheeler EVs, remain at the forefront of the global push for cleaner, greener transportation.

Conclusion

The growth of electric vehicles is undeniable, and the push for sustainability in EV battery production and recycling will be central to the future of clean energy. Whether through second-life applications for retired batteries or innovative recycling methods, the industry is taking significant steps toward a circular economy that reduces waste and conserves valuable resources. For manufacturers, policymakers, and consumers alike, investing in effective recycling strategies is crucial to ensuring that the transition to electric mobility remains both economically viable and environmentally responsible.

As the market for 3-wheeler EVs expands and the demand for lithium-ion batteries grows, the importance of closing the loop on battery production and recycling becomes ever more evident. Together, we can power the future while protecting the planet.

Visit us at: Recycled Li-ion battery materials

Originally published on: Medium

[korshubudemycoursesblog]

Understanding GraphQL

Before diving into Spring GraphQL, it's essential to grasp what GraphQL is. Developed by Facebook in 2012, GraphQL is a query language for APIs that allows clients to request only the data they need. Unlike RESTful APIs, where the server defines the data structure, GraphQL enables clients to specify the exact data requirements, reducing over-fetching and under-fetching of data.

Key Features of GraphQL:

Declarative Data Fetching: Clients can request specific data, leading to optimized network usage.

Single Endpoint: All data queries are handled through a single endpoint, simplifying the API structure.

Strong Typing: GraphQL schemas define types and relationships, ensuring consistency and clarity.

Introducing Spring GraphQL

Spring GraphQL is a project that integrates GraphQL into the Spring ecosystem. It provides the necessary tools and libraries to build GraphQL APIs using Spring Boot, leveraging the robustness and familiarity of the Spring Framework.

Why Choose Spring GraphQL?

Seamless Integration: Combines the capabilities of Spring Boot with GraphQL, allowing developers to build scalable and maintainable APIs.

Auto-Configuration: Spring Boot's auto-configuration simplifies setup, enabling developers to focus on business logic.

Community Support: Backed by the extensive Spring community, ensuring continuous updates and support.

Setting Up a Spring GraphQL Project

To start building with Spring GraphQL, follow these steps:

1. Create a New Spring Boot Project

Use Spring Initializr to generate a new project:

Project: Maven Project

Language: Java

Spring Boot: Choose the latest stable version

Dependencies:

Spring Web

Spring for GraphQL

Spring Data JPA (if you're interacting with a database)

H2 Database (for in-memory database testing)

Download the project and import it into your preferred IDE.

2. Define the GraphQL Schema

GraphQL schemas define the structure of the data and the queries available. Create a schema file (schema.graphqls) in the src/main/resources/graphql directory:

graphql

Copy code

type Query {

    greeting(name: String! = "Spring"): String!

    project(slug: ID!): Project

}

type Project {

    slug: ID!

    name: String!

    repositoryUrl: String!

    status: ProjectStatus!

}

enum ProjectStatus {

    ACTIVE

    COMMUNITY

    INCUBATING

    ATTIC

    EOL

}

This schema defines a Query type with two fields: greeting and project. The Project type includes details like slug, name, repositoryUrl, and status. The ProjectStatus enum represents the various states a project can be in.

3. Implement Resolvers

Resolvers are responsible for fetching the data corresponding to the queries defined in the schema. In Spring GraphQL, you can use controllers to handle these queries:

java

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import org.springframework.graphql.data.method.annotation.QueryMapping;

import org.springframework.stereotype.Controller;

@Controller

public class ProjectController {

    @QueryMapping

    public String greeting(String name) {

        return "Hello, " + name + "!";

    }

    @QueryMapping

    public Project project(String slug) {

        // Logic to fetch project details by slug

    }

}

In this example, the greeting method returns a simple greeting message, while the project method fetches project details based on the provided slug.

4. Configure Application Properties

Ensure your application properties are set up correctly, especially if you're connecting to a database:

properties

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spring.datasource.url=jdbc:h2:mem:testdb

spring.datasource.driverClassName=org.h2.Driver

spring.datasource.username=sa

spring.datasource.password=password

spring.jpa.hibernate.ddl-auto=update

These settings configure an in-memory H2 database for testing purposes.

5. Test Your GraphQL API

With the setup complete, you can test your GraphQL API using tools like GraphiQL or Postman. Send queries to the /graphql endpoint of your application to retrieve data.

Benefits of Using Spring GraphQL

Integrating GraphQL with Spring Boot offers several advantages:

Efficient Data Retrieval: Clients can request only the data they need, reducing unnecessary data transfer.

Simplified API Management: A single endpoint handles all queries, streamlining the API structure.

Strong Typing: Schemas define data types and relationships, minimizing errors and enhancing clarity.

Flexibility: Easily add or deprecate fields without impacting existing clients, facilitating smooth evolution of the API.

Conclusion

Spring GraphQL empowers developers to build flexible and efficient APIs by combining the strengths of GraphQL and the Spring Framework. By following the steps outlined above, you can set up a Spring GraphQL project and start leveraging its benefits in your applications

[dollar2host]

How to Update PHP on My WordPress Site

In comparison to its previous administrators, PHP 8.1, or the most recent version, 8.2, is significantly more secure, resource-friendly, and faster. We strongly advocate using either of these versions. In fact, according to the PHP benchmark results that we have, it has been demonstrated to be three times as quick in certain situations.

It is possible that you have heard that PHP has gone to a release schedule that is more predictable. Each new version is actively maintained for a period of two years, and it also receives essential security patches for an extra year thereafter. We have adopted the same schedule in order to guarantee that your WordPress websites are as quick and secure as possible. This means that we will be deleting versions of PHP that are no longer supported as they reach the end-of-life (EOL) stage.

Keeping your WordPress site's PHP version up to date is a good idea.

Specifically, the two primary factors are speed and security.

In the same way that you should upgrade WordPress itself to ensure that you are protected against security issues, you should also upgrade PHP. An additional benefit of updating PHP is that it results in a significant gain in speed. PHP version 7.0 represented a significant advancement since it more than doubled the performance of PHP version 5.6. We've observed a steady increase in performance gains over the prior edition with each new version that we've released. For further information, please refer to our article on the PHP versions that provide support.

Are you unsure about the version of PHP that you are utilizing? Checking is possible through the Tools tab on the dashboard. On the other hand, if you are using WordPress version 5.0 or higher, you may view the PHP version while using the Site Health tool.

What Happens If My Website Does Not Respond?

When the code that is running on your website makes use of older functions that are no longer supported by more recent versions of PHP, you will experience problems that are caused by changing PHP versions. It is most likely that a plugin or an active theme constitutes the offender. Detailed directions on how to troubleshoot this issue are included in the guide that we have provided below.

Keeping PHP Versions Current in WordPress: How to Do It

In today's lesson, we will guide you through the process of testing your WordPress website for compatibility with the most effective methods before updating PHP versions. There should be very little downtime for the majority of you, and there will be very little work that has to be done. There are some instances in which further testing, debugging, and possibly even the employment of a WordPress developer may be necessary in order to make everything compatible.

If all you want to do is immediately upgrade the PHP version on your live WordPress installation, you can move ahead to Step 5 and proceed with the same process. However, in order to guarantee that everything functions well, we strongly advise that you complete each and every step that is listed below. The situation is especially dire if you are on an earlier version, such as PHP 7.4

1.Creating a staging site is the first step.

One of the very first things that you need to accomplish is to establish a staging location. Because this environment is distinct from your live environment, you will be able to test out more recent versions of PHP without causing any damage to your actual website.

When you are in the dashboard, navigate to the left navigation and click on Sites. A list of your websites will be displayed to you. To add a staging area to the website that you want to update PHP versions on, click on the site that you want to add the staging area to. Start by clicking on the Environment picker that is located next to the site name. From the drop-down menu that appears, select Staging. After that, click on the option that says Create a staging environment.

Additionally, make sure that you take the time to read the critical notes that pertain to staging settings. For instance, in order for your website to render effectively, you might need to stop a content delivery network (CDN) that is provided by a third party. Your staging site makes use of a different URL, which is the reason behind this. This is something that you should bear in mind if you are attempting to measure performance on Staging because caching is also deactivated on Staging.

2. Ensure that the PHP version of WordPress is up to date.

To bring the PHP version of your WordPress site up to date, navigate to Sites and choose the site that you want to modify the PHP version for specifically. Following that, select the Tools tab. Select the PHP version that you desire from the drop-down menu that appears after clicking on the Modify button that is located under PHP Engine.

If you wish to test a new PHP version first, make sure that your WordPress staging environment is selected rather than your live environment at the beginning of the process. Our initial recommendation is to test with PHP version 8.0. If you are experiencing issues with your website, you are free to get in touch with our Dollar2host support staff at any time.

After you have chosen the PHP version that you want, you will be presented with a prompt. To validate your selection, you must first click the option labelled "Modify PHP version."

These steps could take up to three minutes to complete. Due to the fact that your PHP engine will be restarted at the conclusion of the operation, there is a possibility that your WordPress backend will experience a brief period of downtime exclusively. Visitors to your website will not experience any outage at any point.

You are allowed to navigate away from the page that is currently being displayed, but certain operations, such as cache management, will not be accessible until the new engine has been activated. This is because the PHP version is currently being updated. As soon as the modification has been implemented, a notification will be displayed in the dashboard for you to view.

3.Test your website, plugins, and theme in the third step.

It is expected that you should now have a staging site that is operational on the most recent version of PHP (or the version that you intend to transition to). Your first order of business should be to just navigate and click around on your WordPress website to determine whether or not you have discovered any broken elements.

There is a possibility that you will get a 500 error (501, 502, 503, 504, etc.) or a white screen of death on the front end of your website if something is incompatible, such as a plugin or your theme. It is recommended that you disable all of your third-party plugins and then enable them one at a time in order to establish what might be causing the issue. This is the most straightforward and expedient method known to us. Keep in mind that you are currently being staged. Consequently, you won't have to be concerned about scratching anything.

From the WordPress dashboard, navigate to the Plugins section and pick all of the plugins you have installed. Then, from the drop-down menu, pick Deactivate, and then click the Apply button.

Following that, you will be able to re-enable each of them individually each time you go to your WordPress site. By doing so, we will be able to narrow down the potential causes of the problem. Because of an error, you are unable to enter the dashboard of your WordPress environment. If you want to disable plugins using FTP, there is no problem with it.

Your WordPress theme is capable of being tested using the exact same procedures. During this time, you have the option to temporarily revert to the default WordPress theme, which might be the Twenty Nineteen theme.

Step 4: Bring the Staging to a Live Stage

In the event that you were required to make any modifications to your plugins or themes after you have completed testing your website with PHP, you have the option of either pushing the staging site to the live site or making identical modifications to the live site that you did to the staging site.

It is possible that some of you will discover that in order to get the website to work on a more recent version of PHP, you will need to make modifications in Staging that are very extensive. When this occurs, making use of the push-to-live feature will help you save a significant amount of time.

In order to accomplish this, you must first ensure that your staging environment is selected. Click the button that says "Push Staging to Live" after that.

The fifth step is to update the PHP code on your live website.

You are able to modify the PHP version on your live site in the same manner that you did in Step 2 above (Tools > PHP Engine > Modify > Select your desired PHP version). This is because PHP is now ready to be upgraded.

Conclusion:

A total of enterprise-level integrations worth more than $275 are included in each Managed WordPress plan, allowing you to save time and money while also optimizing the speed of your website. In addition, this includes Google's fastest CPU machines, a high-performance content delivery network (CDN), DDoS protection, malware and hack mitigation, edge caching, and more. Beginning with no long-term contracts, supported migrations, and a money-back guarantee for the first thirty days, you can get started.

Take a look at our plans or get in touch with our sales team to select the plan that best suits your needs.

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[treebreadcares]

End-of-life Medical Expenditures in Association of Rurality of China

End-of-life Medical Expenditures in Association of Rurality of China

Association of rurality, type of primary caregiver and place of death with end-of-life medical expenditures among the oldest-old population in China. Explore Further

TreeBREAD Review

Research article overview in layman's terms. This paper examines the trends in medical expenditures associated with the type of primary caregiver and end-of-life (EOL) care location among the oldest-old population in China from 1998-2018. Specifically, it aims to assess the associations between rurality, the type of primary caregiver, place of death and EOL medical expenditures. By understanding these trends, we can inform global debates on policies for efficient and effective EOL care.

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Association of rurality, type of primary caregiver and place of death with end-of-life medical expenditures among the oldest-old population in China

Abstract Medical Expenditures Understanding whether the type of primary caregiver and end-of-life (EOL) care location are associated with EOL medical expenditures is crucial to inform global debates on policies for efficient and effective EOL care. This study aims to assess trends in the type of primary caregiver and place of death stratified by rural-urban status among the oldest-old population from 1998-2018 in China. A secondary objective is to determine the associations between rurality, the type of primary caregiver, place of death and EOL medical expenditures. Methods A total of 20,149 deaths of people aged 80 years or older were derived from the Chinese Longitudinal Health Longevity Survey (CLHLS). Cochran-Armitage tests and Cuzick’s tests were used to test trends in the type of primary caregiver and place of death over time, respectively. Tobit models were used to estimate the marginal associations of rurality, type of primary caregiver, and place of death with EOL medical expenditures because CLHLS sets 100,000 Chinese yuan (approximately US$15,286) as the upper limit of the outcome variable. Results Of the 20,149 oldest-old people, the median age at death was 97 years old, 12,490 (weighted, 58.6%, hereafter) were female, and 8,235 lived in urban areas. From 1998-2018, the prevalence of informal caregivers significantly increased from 94.3% to 96.2%, and home death significantly increased from 86.0% to 89.5%. The proportion of people receiving help from informal caregivers significantly increased in urban decedents (16.5%) but decreased in rural decedents (-4.0%), while home death rates significantly increased among both urban (15.3%) and rural (1.8%) decedents. In the adjusted models, rural decedents spent less than urban decedents did (marginal difference : $-229 ). Those who died in hospitals spent more than those who died at home ($798 ). No difference in medical expenditures by type of primary caregiver was observed. Conclusions Over the past two decades, the increases in informal caregiver utilization and home deaths were unequal, leading to substantially higher EOL medical expenditures among urban decedents and deceased individuals who died at hospitals than among their counterparts who lived in rural areas and died at home. Authors Zhong Li, Peiyin Hung, Kewei Shi, You Fu, Dongfu Qian Journal International Journal for Equity in Health Published Date 2023-01-03 Keywords China | End-of-life Care | Medical Expenditures | Place of Death | Primary Caregivers Download PDF DOI: https://doi.org/10.1186/s12939-022-01813-2 Go to DOI Page

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Adobe flash cs3 professional online practice 無料ダウンロード.Adobe Flash Professional CS3

Adobe flash cs3 professional online practice 無料ダウンロード.ライセンス認証不要のAdobeCS3のダウンロード方法

                                                                          Panoramica.ライセンス認証不要のAdobeCS3のダウンロード方法 | gungiiのなるほどHack&Tips

    Adobe Flash Professional CS3 è un software di Shareware nella categoria (2) sviluppato da Adobe Systems Incorporated. È stato controllato per tempi di aggiornamenti dagli utenti della nostra applicazione client UpdateStar durante il mese scorso. L'ultima versione di Adobe Flash Professional CS3 is, pubblicato su 11/03/Operating System: Windows Nov 06,  · 無料 イラストレーター cs3 無料 のダウンロード ソフトウェア UpdateStar - アドビ イラストレーター CS3 は、イラストレーター、フラッシュ、およびフリーハンドもユーザーにとって価値のあるアップグレードです。イラストレーター CS4 は、それが何で最高ですが今年それを欠いているで。 Adobe CS・CCの旧ver.のダウンロードリンク. 年12月時点なんですけど、Adobe CS・CCの旧バージョンのダウンロードリンクを貼っておきます！探すのに困っている人が多そうだったので、まとめ     

Adobe flash cs3 professional online practice 無料ダウンロード.Adobe Flash Runtimes | Documentation archives and downloads

Nov 06,  · 無料 イラストレーター cs3 無料 のダウンロード ソフトウェア UpdateStar - アドビ イラストレーター CS3 は、イラストレーター、フラッシュ、およびフリーハンドもユーザーにとって価値のあるアップグレードです。イラストレーター CS4 は、それが何で最高ですが今年それを欠いているで。 Apr 26,  · Adobe Flash Runtimes | Documentation archives and downloads. Search. Last updated on Apr 27, AM GMT. Flash Player’s EOL is coming at the end of See the roadmap for Flash Player and AIR’s EOL: Adobe Flash Player EOL General Information Page; The Future of Adobe CS・CCの旧ver.のダウンロードリンク. 年12月時点なんですけど、Adobe CS・CCの旧バージョンのダウンロードリンクを貼っておきます！探すのに困っている人が多そうだったので、まとめ         

 By Eva Williams 14 days ago, Software reviews. When looking for Adobe Flash player free , you might get redirected to the suspicious websites that can cause harm to your PC. Read this article carefully to get reliable info about the sources, from which you can download the best software for producing multimedia files and computer animation.

At the end of this guide, you will find the list of professional alternatives to Adobe Flash CS3. This is an outdated version of the program, which does not have all the necessary tools and settings for creating animations.

However, you can download the latest release that is called Adobe Animate. Yes, you can use the latest version of Adobe Animate for free for one month. This time is enough for testing the main features of the program. Besides, you can check Adobe discounts to get more profitable offers. You can use Animate and Adobe Portfolio free version on only two computers. If you need to install the software on more than two PCs, you will need to deactivate it on one of your devices.

Animate CC is a great program for designing stunning animations for PCs, mobile devices, TVs, etc. Featuring native HTML5 Canvas support, this software will let you enjoy modern web standards. Besides, it is capable of turning already created animated files into HTML.

Adobe Animate can work with files saved in the previous version of the software. You should also pay attention to the fact that after the release of Adobe Flash SC3 Professional in , ActionScript 2 support was discontinued.

You have two options for using the updated version of Adobe Flash CS3, which I briefly described below with all the prices and key information. The main thing is that these are legal and easy methods. By purchasing this plan, you get the latest version of the software, including the future releases, plus GB of cloud storage and a font pack. Also, you can create an Adobe portfolio.

If you only work with animation and cartoons, the functionality of this program will be enough. This package is more suitable for those who do not only work in the animation field but also want to be involved in the entire video production process, from creating cover art to working with audio.

By purchasing a Creative Cloud plan, you will get access to more than twenty programs, free Adobe fonts and Adobe Portfolio. Besides, you will get GB of cloud storage space.

Also, pay attention to the list of Adobe Creative Cloud discounts with current offers. Considering that this version has not been on the official website for a long time, the offered file is probably pirated and carries risks, which I will describe below. This is also true for Adobe Animate crack and Adobe Animate torrent.

If you want to download Adobe Flash CS3 for free and from some suspicious sources, you are likely to find the hacked version of the program. In this case, you might receive a notification from the provider about illegal actions and you will be disconnected from the Internet.

If you continue to use it, you will face a fine of several thousand dollars and even a prison term. I advise you to use free animation software to avoid such risks. If you install an illegal, hacked version of the program on your PC, you will have absolutely no support from the developers in case you face some malfunctions or bugs.

Firstly, Adobe Flash CS3 cannot be upgraded anymore, you can only update Adobe Animate. Secondly, the hacked software cannot be upgraded and a license key might stop working when you connect to the Internet. If I have not convinced you yet that Adobe Flash CS3 free download is not a good idea, this argument will probably persuade you. There is no guarantee that during the installation of Adobe Flash CS3 on your PC from a third-party site, you will not catch some viruses.

To avoid such threats, use antivirus software. Besides, the quality of animation might be terrible. If you are not ready to pay for the full version of the program or just want to pick up Adobe Animate alternative , then review the information below to find powerful and functional software.

Verdict: If you have already worked in Adobe Flash before, then some control and drawing functions in Synfig Studio will seem familiar to you. At the same time, some features might confuse you. The first and most important difference is that this software creates the keyframes automatically. Additionally, Synfig Studio offers such features as shape and bone animations. It also allows importing vector and raster formats, drawing directly in the program. By using this program, you can work with audio files, filters and even fractals through layer functions.

Verdict: Blender is a great alternative to Adobe Flash CS3 Professional. This is an open-source program for generating 3D animations that is popular among digital artists, game developers and animation enthusiasts around the world. It has a steep learning curve, meaning that for inexperienced users it will be complicated to understand the functionality of the software. Blender has a set of tools for modeling, brightness adjustment, etc. The tool allows you to work with dynamic modeling and creat textures like fabric, pouring liquids, etc.

Blender can also function as a video editing software. Verdict: Employing an open-source license, the Wick Editor is a free software for producing games, generating animated pictures, etc. Considered as one of the most accessible tools on the market, this program can function on any device that has a web browser. It is an online-based service that does not require downloading.

Combining animating and programming features, Wick Editor has similar functionality to such editors as HyperCard, Flash and Scratch. In addition to being a highly functional tool for programming and animation, this software is completely free. Instead of seeking for Adobe Flash CS3 free download on suspicious websites and risking your PC, I advise you to download Adobe Animate as it is the official and updated version of the program for designing animations.

Adobe Flash CS3 Rank. DOWNLOAD FOR FREE. DOWNLOAD ADOBE FLASH CS3 FREE. VIEW PRICES. DOWNLOAD FREE. UPDATE FOR FREE. ADOBE FLASH CS3 FREE. YOU MAY ALSO LIKE:.

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EOL Vs EOSL: WHAT'S THE Variance?

Are you finding it challenging to understand everything precisely these Milestones mean and how they affect our storage atmosphere? When Dell-EMC, NetApp, HP, IBM, Cisco, Brocade, or some other OEM announces that an object of components will probably hit End of Life (EOL) or conclusion of Service Life (EOSL). It indicates we'll need to decide what our following methods for EOL hardware are. However, What exactly will be the difference involving End of Life (EOL) and End of Support Life (EOSL)? ) Let's figure out.

Conclusion OF LIFE (EOL)

EOL or"End of Life" means the Original Equipment Manufacturer (OEM) has specified a day to conclude a product's useful lifespan and recommends carrying out a components refresh into the newest creation. After the EOL date, OEMs doesn't longer offer the asset but will offer elongated hardware preservation. We ought to schedule EOL dates to activate a test of other support choices.

End-of Assistance Living (EOSL)

EOSL or"End of Service Living" indicates that All primary and protracted service will no longer be offered by the OEM, except below selected instances and at a maximum cost. Therefore, we must look into third party care (TPM) vendor to support equipment beyond its EOSL day.

Prolonged Services

Customers have many choices when it comes to stretching the Life span of an EOL storage system. The first involves purchasing prolonged support from the OEM, which generally comes in six-month increments for two decades. But just since the OEM nevertheless offers support doesn't indicate it is a necessary expense.

THIRD-PARTY Preservation

Implementing third-party Support service could be the prudent option because it allows us to Receive the very same or far better service services in a portion of OEM maintenance Prices. When using third party support by a seller like Navigator Systems, End users can appreciate customizable SLAs, similar services, and much more - at a much lower cost.

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Silverlight 4 Download For Mac

News and how-tos on all the tech in your home. 4/21 (水) オンライン開催. 昨今勢いを増す「Java on Microsoft Azure」をテーマに、Azure 上で利用可能なさまざまなサービス群とアップデート情報、また国内における取り組みと利用企業のベスト プラクティスをご紹介します。.

Flashpoint's Mac support is heavily experimental. This page provides information about the current Flashpoint for Mac package.

Please join our Discord and provide your feedback: http://discord.gg/S9uJ794

2Installation Instructions

2.1Troubleshooting

3Technologies

Latest Package

Download Beta 2019-12-15:

Changelog:

2019-12-15: Added 'wmode':'direct' to the default SWFObject parameters. This fixes certain 3D Flash games which previously did not work properly.

2019-12-14: First beta available!

Installation Instructions

Download and unzip the latest package using the link above.

Double-click StartFlashpoint.command to open Flashpoint.

Do not forget this step! You must use StartFlashpoint.command, otherwise Flashpoint will not work properly.

Troubleshooting

If Flashpoint does not work after installation, follow the steps below:

Click the Apple menu and open System Preferences.

Click 'Security & Privacy,' then click the 'Privacy' tab.

Click 'Full Disk Access'.

Click the lock icon and enter your password to make changes. Then click the + button under the list of apps to add Terminal to the list.

Click the lock icon again to save your changes. You should see Terminal in the list of allowed apps, as shown below.

Silverlight 4 Download For Mac Windows 7

Flash EOL Screen

If you see the Flash Player EOL information screen when you try to play a game, that means that SeaMonkey is loading your installed Flash Player plugin instead of the plugin that is bundled with Flashpoint. To fix the problem, uninstall Flash Player from your Mac and restart Flashpoint. Games should work again in SeaMonkey.

MacOS Catalina and Big Sur

Because Flashpoint's applications are from an 'unidentified developer,' if you're using Catalina or Big Sur, you'll need to approve each application before it can run. Open your system preferences, click 'Security & Privacy', then allow each of the following applications to run: StartFlashpoint.command, Flashpoint Launcher, swfbbox, and SeaMonkey. If you have trouble figuring out how to do this, watch this tutorial video.

Because Adobe Director Projectors are 32-bit applications, SPR for Mac will not work on MacOS Catalina or Big Sur. This means that Flashpoint for Mac does not support Shockwave games on Catalina or Big Sur.

MacOS Big Sur (MacOS 11.0)

Flash applications have been successfully tested and are working. To use Flashpoint with Big Sur, a few modifications are required. Follow the steps below:

Silverlight 4 Download For Mac Installer

Download SeaMonkey 2.53.4 for MacOS x64 from here: https://www.seamonkey-project.org/releases/

Open Flashpoint Infinity's FPSoftware folder, then find the old 'SeaMonkey.app' there.

Right-click the old SeaMonkey.app and click 'Show Package Contents.'

Open the Contents folder, then within that folder, open the Resources folder.

Find the folder called plugins and copy it.

Find the new 'SeaMonkey.app' file that you downloaded by searching in Finder under 'This Mac'.

Right-click the new 'SeaMonkey.app' and click 'Show Package Contents.'

Open the Contents folder, then within that folder, open the Resources folder.

Paste in the plugins folder that you copied earlier.

Go back outside of the new 'SeaMonkey.app' package and copy it.

Open Flashpoint Infinity's FPSoftware folder, then paste the 'SeaMonkey.app' file that you just copied. Replace the original file when prompted.

Apple Silicon Macs

To run Flashpoint on Macs with the new M1 chip, you'll need to install Rosetta by following these instructions. Once you've done that, follow the instructions in the previous sections to get Flashpoint working.

Installing Java

To add support for Java games, you'll need to install the Java Development Kit. Follow the steps below:

Download JDK version 8u212 from here: https://github.com/frekele/oracle-java/releases/download/8u212-b10/jdk-8u212-macosx-x64.dmg

Open the DMG file and run the installer. Follow the on-screen instructions to install the JDK.

Installing Wine

Running games in Wine is not yet supported, but we hope to add support for this in a future build. If you'd like to contribute to our efforts, you can download an installer here.

Using Flashpoint with Automator (optional)

You can start Flashpoint without having to click on StartFlashpoint.command by using Automator using the below steps:

Choose File > New.

Select 'Application', then click Choose.

Drag the Run Shell Script action into your workflow.

Enter open /Users/[YOUR USERNAME HERE]/Downloads/Flashpoint Infinity for Mac Beta/StartFlashpoint.command in the command field.

Technologies

Currently, only Flashpoint Infinity is available for Mac. However, as explained here, both PHP and Apache are included with MacOS. This means it should be fairly simple to create a Flashpoint Ultimate package for MacOS as well. Let us know in our Discord if you can help!

No equivalent to the Flashpoint Redirector currently exists for MacOS. MacOS also does not provide any native way to set per-application proxy settings. In Flashpoint for Mac, the proxy settings for each supported technology must be set separately. This rules out using the Flash projectors, since they do not have configurable proxy settings. In Flashpoint for Mac, all Flash games run in a browser.

The Flashpoint FAQ contains a list of all web game technologies ('Platforms') supported in the Windows version of Flashpoint. The Mac version currently supports a small subset of these platforms. This is explained in detail below. The list of supported platforms includes an unscientific estimate of the percentage of games supported by our method.

Supported Platforms

Flash: Supported using the SeaMonkey web browser, with a Flash plugin included. Games that use a Flash Player version other than 32 are not yet supported.

~95% of games supported.

Shockwave: Supported with SPR for Mac. Because LeechProtectionRemovalHelp is only available for Windows, the majority of Shockwave games will not work properly.

~30% of games supported.

Requires a 32-bit compatible OS; Catalina is not supported.

HTML5: Supported using the SeaMonkey web browser. WebAssembly support is enabled in Flashpoint's SeaMonkey profile, so it should be compatible with nearly all of the same games as Basilisk.

~99% of games supported.

Java Applets: Supported natively using the JDK. Java in the browser is not supported yet.

~99% of games supported.

Unsupported Platforms

Unity Web Player: Has not been attempted yet. We would need to track down the Mac builds of all 12 versions of Unity Web Player that we support on Windows. Needless to say, this would be a huge challenge.

PopCap Plugin: As far as we know, there is no version of PopCap Plugin for modern Macs.

Authorware Web Player: Authorware is incompatible with all Intel Macs.

GoBit Plugin: As far as we know, there is no version of GoBit Games Plugin for modern Macs.

Silverlight: Silverlight for Mac is available here, but as explained in this StackExchange answer, Microsoft Silverlight for Mac is 32-bit only, even though the Windows version has 64-bit and 32-bit versions. This is a problem because no major browser for MacOS has a 32-bit version, and MacOS Catalina drops support for 32-bit programs entirely. As such, Silverlight is unusable on Mac.

3DVIA Player: As far as we know, there is no version of 3DVIA Player for modern Macs.

3D Groove GX: 3D Groove is incompatible with all Intel Macs.

ActiveX: ActiveX is a Windows-only technology.

ShiVa3D: The Windows version of the ShiVa3D Player is available in the free ShiVa Web Edition; this is where we obtained it. However, no Mac version of the ShiVa Web Edition is currently available, so we haven't been able to find a Mac version of the ShiVa3D Player. It's possible that we could extract a Mac version of the player from a Mac version of a ShiVa3D game. Or maybe we could obtain the Mac runtime from the Windows version of ShiVa3D Web Edition, since it has the capability of publishing for Mac.

Launcher Issues

A number of Flashpoint Launcher issues affect the experience of using Flashpoint Launcher on MacOS. Unfortunately, none of our Launcher developers currently have access to a Mac, so updates for the Mac version of Flashpoint Launcher will not be available in the foreseeable future. We will be unable to release a Mac version of Flashpoint 7.0 until a new version of the Launcher is built for MacOS. If you have access to MacOS and are able to build Flashpoint Launcher, please let us know!

The current issues with the Mac version of Flashpoint Launcher are listed below.

Errors are shown in the log when services are missing from the services.json. These services are unnecessary for Flashpoint on Mac, so the errors can be ignored.

Flashpoint Launcher cannot find its own Version file, even if it is present in the Launcher's folder and app package.

The Theme dropdown menu on the Config tab does not work properly. To select a theme, you must manually type the path to the theme's CSS file.

A popup appears if the user attempts to start a Windows executable from Flashpoint. This popup tells the user to install Wine, and points them to the Linux Support page, even though the Launcher is running on Mac.

If a shell script is specified in execs.json as an alternative to a batch script, the Launcher will attempt to launch the shell script defined for Linux, even if a different shell script is defined for Darwin (MacOS).

Flashpoint Launcher attempts to load the hidden resource forks of certain files as separate files. These files are not visible in the MacOS Finder, and have filenames beginning with ._.

If any Platform XML has a resource fork, all of the Platform XMLs will fail to load, causing a 'No games found' error.

If any localization JSON file has a resource fork, a 'NotValidJSON' error will appear in the logs.

When Wine is started from Flashpoint Launcher, it uses >70% CPU for several minutes without ever starting the intended executable. This is despite Wine working fine when started from the terminal. This issue needs to be investigated and solved before Flashpoint can support launching games through Wine.

By default, Flashpoint Launcher will attempt to read and modify config.json and preferences.json inside its own app package. Since Mac applications are not allowed to modify their own app packages, this will fail. For this reason, Flashpoint Launcher must be opened with a shell script command StartFlashpoint.command. This script sets the current directory to the Flashpoint Launcher folder so that the Launcher accesses the config.json and preferences.json in the correct location. However, this unusual way of opening the Launcher may be the cause of the previously mentioned Wine bug.

Other Notes

Some keyboard controls such as the spacebar or WASD keys may not work in some games. This is a known problem with the NPAPI Flash plugin on MacOS. We plan to resolve this problem in the next build of Flashpoint for Mac by using the PPAPI plugin instead.

Flash games with URLs pointing to filenames with special characters will not work. This is because nosamuEmbedSWF.sh does not properly handle special characters when it converts URLs to paths, so it cannot copy the game's HTML to the correct location in htdocs.

Some Shockwave games may not close when you quit them from the menu. If this occurs, click inside the Message Window next to the game. Then type quit and press Enter to close the game.

Flashpoint for Mac uses exec mappings to determine what native executable to run based on the specified Windows application path. For example, flashplayer_32_sa.exe is mapped to nosamuEmbedSWF.sh for MacOS. To add more exec mappings, navigate to Flashpoint's Data folder and open execs.json in a text editor. The exec mappings use 'darwin' to refer to MacOS.

Flashpoint for Mac uses swfbbox to determine the width and height of an SWF file. swfbbox is part of the swftools homebrew package. To install swftools, first install homebrew. Then type brew install swftools in the terminal.

Flashpoint for Mac requires that PHP and cURL are enabled on your system. These components should be enabled by default.

Packaging Flashpoint for Mac

Here are some steps to keep in mind when packaging Flashpoint for Mac. This assumes that you are using the current package as a base and modifying it.

You can follow these instructions to update Flashpoint's XMLs to the latest version.

You can follow these instructions to update Flashpoint Router to the latest version.

Use update-spr.sh in the FPSoftware folder to update SPR to the latest version. To get the latest version of SPR for Mac, see SPR for Mac.

If you would like to distribute a modified SeaMonkey profile, be sure to clear the cache, cookies, and other data. In SeaMonkey, click Tools -> Clear Private Data.

If you would like to add a plugin to SeaMonkey, first install the plugin normally. Then, follow these steps:

Navigate to /Library/Internet Plug-Ins in Finder and copy the files for the plugin you want to add.

Navigate to Flashpoint's FPSoftware folder. Right-click SeaMonkey.app and choose 'Show Package Contents.'

Inside the app package, navigate to /Contents/Resources/plugins. Paste the plugin files that you copied in Step 1.

Before running or distributing Flashpoint, you should run the dot_clean command inside the Flashpoint folder to remove resource forks. Flashpoint Launcher may not work properly if Flashpoint files have resource forks, as explained in Launcher Issues.

Retrieved from 'https://bluemaxima.org/flashpoint/datahub/index.php?title=Mac_Support&oldid=4501'

A Sentence diagramming tool helps you to understand the structure fairly accurately. In result it becomes easier appreciating the meaning contained in it. The formatting concept is difficult but the sentence diagramming app is very useful. In the diagram created each word or phrase that modifies another word is lined below the modified word. Creating such diagram manually is not only difficult but there could be serious errors. Diagramming tool using diagram sentence calculator makes the task automated and easier to accomplish.

Related:

Sentence Diagrammer

Sentence Diagrammer created by Reed-Kellogg is the sentence diagramming tool that can automatically analyze as well as create sentence diagrams. The interactive sentence diagramming app helps to explore words, grammar, as well as part of speech in the sentence. You need to install Silverlight to use this tool and as Google Chrome cannot load it you have to use other browsers.

Automatic Sentence Diagrammer

Automatic Sentence Diagrammer is the sentence diagramming tool that helps visual presentation of part functions in the sentence. In result you will be able to build up the right sentence. The tool is basically diagram sentence calculator and analyzes and calculates various parts of the sentence from the initial capital letter through the final punctuation mark and helps correcting errors in its structure.

SenDraw

SenDraw created by the University of Central Florida can be used only for non-commercial, educational, as well as research purposes. The sentence diagramming tool has excellent capability for presenting the sentence structure with diagrams and help correcting the errors in it. You have to check the user agreement before downloading the sentence diagramming app.

Other Platforms

Sentence diagramming tool can be firmware, freeware, or shareware. At times it can be limited to specific uses as per the user agreement as in case of SenDraw. Some of them have browser limitation as well. However there is certain sentence diagramming app that is designed for specific operating systems.

DrawExpress for Android

Draw Express is sentence diagramming tool designed specifically for Android users. It is a fast gesture-recognition sentence diagramming app. With the tool diagrams and flow charts they can be created effortlessly but in an innovative manner. It is also a multipurpose tool that is useful for all types of professionals besides language teachers.

Logos for Mac

Logos is the sentence diagramming tool that is designed for Mac users. The tool is compatible with iOS apps and is one of the most sought of educational tools. It is a free sentence diagramming app compatible with iPad and other Apple brand devices. The tool is fast and easy to use and can create diagrams and flowcharts accurately.

Sentence Diagrammer for Windows

Sentence Diagrammer is the sentence diagramming tool that is specially designed for Windows users. It can automatically analyze as well as diagram the sentences. You can create customized sentences using this efficient sentence diagramming app playing with own words and sentences. The interactive tool helps to create grammatically correct sentences with ease and convenience.

Most Popular Sentence Diagrammer – OmniGraffle

Omnigraffle is not only a free sentence Diagramming Software but it is also extremely popular. It helps to create visual and diagram representation of sentence structures and rectify grammatical errors. The powerful tool works as a diagram sentence calculator calculating various parts of the sentence. It has best value for all types of professionals.

How to Download Sentence Diagrammer Tool?

Before downloading sentence diagrammer tool you have to decide on the type. There are free tools available on the web but some of them have certain restrictions like you cannot use for commercial purposes. It would be good having a look at the user agreement and terms and conditions of use before downloading one. Once this issue is resolved and the compatibility is decided the downloading process would be like any other software downloaded from the Internet.

Effectiveness of any sentence depends on the proper sentence structure and use of grammar. Trying sentence diagram manually would not only be difficult and time consuming but also the chances of error would be considerable. Use of sentence diagramming tool automates the process and saves the time by eliminating the error, it would be a good step to take.

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Upgrading from Amazon RDS for MySQL version 5.5

Amazon RDS for MySQL 5.5 major version is reaching end of life, and it’s recommended to upgrade to newer supported major versions. Amazon Relational Database Service (Amazon RDS) provides newer versions of databases so you can keep your DB instances up to date. These versions include bug fixes, security enhancements, and other optimizations. When Amazon RDS for MySQL supports a new version, you can choose how and when to upgrade your DB instances. Amazon RDS for MySQL supports major version and minor version upgrades. A major engine version upgrade can introduce changes that aren’t backward-compatible with existing applications, whereas minor version upgrades include only changes that are backward-compatible with existing applications. Although Amazon RDS for MySQL allows the option to automate some of these patching decisions, such as automatic minor version upgrades for performing minor version upgrades, major version upgrades must be requested explicitly. Therefore, it’s critical to be aware of common issues, steps involved, and best practices to upgrade your major version with the least impact on your applications. In this post, we look at the following topics: Amazon RDS for MySQL 5.5 end of life timeline Upgrade choices available to you Best practices to follow during the upgrade process Amazon RDS for MySQL 5.5 major version end of life timeline The MySQL community releases new major versions with a defined end of life (EOL) policy for older major versions. This allows you to make version and upgrade decisions into the future. The community EOL policy is to support a major version for 8 years after its initial release. When a major version is marked for end of life, there are no more updates and most importantly no more security fixes after the EOL date. Community MySQL has already discontinued support for MySQL 5.5 as of December 3, 2018. Amazon RDS for MySQL 5.5 reaches end of life on February 9, 2021, and support for Amazon RDS for MySQL 5.6 is ending in early 2021. To encourage the use of newer versions of MySQL, Amazon RDS for MySQL will stop supporting the creation of new MySQL 5.5 instances starting January 13, 2021, via both the AWS Management Console and AWS Command Line Interface (AWS CLI). For more information about the EOL dates for Amazon RDS for MySQL 5.5, see Announcement: Amazon RDS for MySQL 5.5 End-of-Life date is approaching.  Version upgrade choices in Amazon RDS for MySQL The following table shows the major version upgrade paths that Amazon RDS for MySQL supports (as of this writing). Current Version Major Version Upgrade Path MySQL 5.5 MySQL 5.6, MySQL 5.7, MySQL 8.0 MySQL 5.6 MySQL 5.7, MySQL 8.0 MySQL 5.7 MySQL 8.0 Major version upgrades in Amazon RDS for MySQL can go only from one major version to the next immediate major version. For example, to upgrade an Amazon RDS for MySQL 5.5 major version instance to Amazon RDS for MySQL 8.0 major version, the following upgrade steps are involved: MySQL 5.5 to MySQL 5.6 MySQL 5.6 to MySQL 5.7 MySQL 5.7 to MySQL 8.0 To find out if you have any MySQL 5.5 instances in a given Region, on the Amazon RDS console, choose Recommendations. On the Active tab, your instances are listed under Deprecated major versions. You can also get a list of all valid upgrade target versions for a database version using the describe-db-engine-versions AWS CLI command in a given Region: aws rds describe-db-engine-versions --output=table --engine mysql --engine-version 5.5 As part of deciding which version to upgrade to, you have the following options: MySQL 5.6 – Community end of life planned for February 5, 2021. Amazon RDS for MySQL 5.6 will reach end of life in early 2021. MySQL 5.7 – Community end of life planned until October, 2023. Amazon RDS for MySQL will continue to support until the community EOL date. MySQL 8.0 – Community end of life planned until April, 2026. Amazon RDS for MySQL will continue to support until the community EOL date. If you have any MySQL 5.5 instances in your account, you can upgrade them before February 9, 2021. For instructions on upgrading a database instance, see Upgrading the MySQL DB engine. Choosing a target engine version for upgrade We recommend you upgrade any of your RDS for MySQL 5.5 DB instances to 5.7 or newer versions because they are the long-term support releases. When upgrading any database engine’s major versions, checking for compatibility of the new version and its features plays a crucial role in the upgrade’s overall success. MySQL database versions and releases can differ in how they work and interact with applications, which may result in compatibility issues. Therefore, it’s crucial to upgrade your RDS for MySQL DB instances to a version that is compatible, certified, and supported by your application. In certain cases, feature improvements and performance optimizations in newer releases also play a pivotal role in picking a target engine version for your upgrade. For example, MySQL 5.6 introduced features such as multi-threaded replication, replication checksum, and persistent optimizer statistics. MySQL 5.7 introduced several new features, such as native support for the JSON data type and built-in JSON functions, and query performance improvements via optimizer improvement, resulting in better parsing and explain plans. It also introduced dynamic buffer pool resizing and improved tablespace discovery for minimizing crash recovery duration. Similarly, MySQL 8.0 offers better performance, reliability, and new features such as Window Functions and Common Table Expressions, better performance compared to MySQL 5.7 and optimizations around fast DDL operations and logging improvement for error logs, and introduction of the TempTable storage engine for internal temporary tables. In addition to newer features and optimizations available in each major version, community MySQL also provides performance benefits version over version. The following simple benchmark visualization depicts the performance of each major version with default configurations and identical workloads across all the major versions. The performance increase is one of the crucial reasons to stay current with the latest releases. However, it’s always advised to test your applications and queries for performance when moving between major versions. In addition, Amazon RDS for MySQL supports the latest instance classes using AWS Graviton2 processors such as r6g and m6g starting from Amazon RDS for MySQL 8.0.17 and later, which offers better cost-performance for your RDS for MySQL DB instances. Downtime considerations for a major version upgrade Amazon RDS for MySQL lets you manually initiate a major version upgrade by modifying the DB instance—either via the console, AWS CLI, or Amazon RDS API. This is an in-place upgrade and requires downtime for your applications during the upgrade process. The duration of the upgrade process depends on the engine version and the DB instance class. The biggest determinant of upgrade duration when upgrading to MySQL 5.7 major version is if there is a need to convert date and time format columns to the new format, which can take hours for large tables. You can determine the amount of time it takes to upgrade by performing trial upgrade exercises with a snapshot restore in a staging environment. Upgrading your production database instance is an irretrievable process and if any issue occurs during or after the upgrade process, the only fallback option is to restore from the latest snapshot. So as a best practice, always take a snapshot before initiating the upgrade. If you’re running your DB instance in a Multi-AZ deployment, Amazon RDS for MySQL upgrades both the primary and Multi-AZ synchronous standby simultaneously. If your RDS for MySQL DB instance is in use with a production application, you can reduce the amount of downtime for your application by using a read replica to perform most of your maintenance tasks ahead of time. This method involves setting up a logical read replica that has the same major and minor version as the primary instance, then upgrade the read replica to a newer version and ensure that all validation steps for the application pass through. When this is done, make sure the replication has caught up completely by stopping application writes to ensure data integrity and then promote the read replica to a standalone instance and point the application to the upgraded promoted instance that has the up-to-date data. For best practices on achieving minimum downtime with a read replica, see Best practices for using a MySQL read replica to upgrade an Amazon RDS for MySQL database. How Amazon RDS for MySQL performs a major version upgrade When a major version upgrade is invoked on the console or via the AWS CLI or Amazon RDS API, Amazon RDS automation completes the following steps: Verifies if there are any read replicas that need to be upgraded. Runs a mandatory pre-upgrade check when upgrading from MySQL 5.7 to 8.0. This makes sure that there are no incompatibilities when moving to 8.0 and blocks the upgrade process if the pre-upgrade checks detect incompatibilities to avoid unplanned downtime. To find the incompatibilities the pre-upgrade checks detected, you can check the PrePatchCompatibility log of the DB instance. For a list of incompatibilities checked, see Prechecks for upgrades from MySQL 5.7 to 8.0. Takes a pre-upgrade snapshot (if backups are enabled on the RDS for MySQL DB instance). This snapshot can be used for rollback purposes if the upgrade runs into any issues. Shuts down the instance and prepares the instance for upgrade. Runs mysql_upgrade script to upgrade tables to the newer version. Takes a post-upgrade snapshot. Key considerations and best practices When performing an upgrade, consider the following: Take a manual snapshot using the create-db-snapshot AWS CLI command or via the console prior to starting the upgrade phase. If your RDS for MySQL 5.5 instances are running on one of the deprecated t1, m1, or m2 instance types, you have to change to a newer instance type prior to initiating the major version upgrade. You can identify any RDS for MySQL DB instances running the older instance types via the console or the describe-db-instances AWS CLI command. Amazon RDS truncates the slow_log and general_log tables during a major version upgrade. To preserve log information, back up the log contents before the major version upgrade. Take a table-level backup of the slow_log and general_log tables using the following code: mysqldump -h -u -p --databases mysql --tables slow_log --skip-lock-tables > filename.sql By default, when upgrading from one major version to next higher major version, Amazon RDS for MySQL chooses the default option group if the corresponding custom option group for the target version isn’t chosen. Always choose to have a custom option group created in the target version that reflects the options that you have from the version you’re upgrading from. Amazon RDS creates a new parameter group for the target upgrade version automatically during a major version upgrade if one isn’t provided. For RDS for MySQL DB instances using custom parameter groups, when upgrading, always choose a parameter group in the target version that matches your current version parameter group with similar parameters carrying similar or same values. If the parameters don’t exist or have their default values changed between versions, carefully test out and validate the results and behavior prior to upgrading the instance. Disable any jobs prior to upgrading and ensure you enable them post-upgrade. Also test job behavior in a lower environment prior to performing the actual database upgrade process. Perform an overall benchmark for the application to understand if there are any dependencies and application behavior deviation in a lower environment prior to performing the major version upgrade in the production environment. Keep a list of clients and their drivers used along with the appropriate version numbers. Identify that these clients and their drivers work with newer versions of MySQL. Post-upgrade, we strongly recommend you test your automated backup restore process, disaster recovery, or production to non-production refresh procedures. Conclusion In this post, we reviewed the MySQL 5.5 end of life support timeline in Amazon RDS for MySQL, studied version upgrade choices and how to pick a target version for upgrade, and covered the best practices and what to expect during the upgrade process. With Amazon RDS for MySQL 5.5 reaching end of life on February 9, 2021, we encourage you to upgrade your RDS for MySQL 5.5 instances to Amazon RDS for MySQL 5.7 or Amazon RDS for MySQL 8.0 version at the earliest to test out the version upgrades, validate your applications, and take advantage of newer features and optimizations available for newer versions. For more information about the upgrade, see Upgrading the MySQL DB Engine. About the Authors Sai Kondapalli is a Database Specialist Solutions Architect at Amazon Web Services.         Gaurav Sharma is a Senior Solutions Architect at AWS. He works with customers providing technical assistance and architectural guidance on various AWS services. Prior to AWS, Gaurav worked for over 23 years in database management, database engineering, and cloud architecture roles for various large-scale enterprises.     Nitin Aggarwal is a Solutions Architect at AWS. He works with digital native business customers providing architectural guidance on AWS services.       Vivek Kumar is a Solutions Architect at AWS. He works with digital native business customers providing architectural guidance on AWS services.   https://aws.amazon.com/blogs/database/upgrading-from-amazon-rds-for-mysql-version-5-5/

[todd-becker]

summertiiime and the living’s [independent research]

this post is officially written by a second-year!!  that’s right!  i finished the first year of my phd!!!  i have absolutely loved it so far and have enjoyed it beyond measure.  things are actually (strangely) lining up REALLY well…  i earned straight “a”s this semester.  i look back on this year and realize i’ve learned SO MUCH in such a short time.  i do not remember the last time i truly felt i’d learned such a great deal.  probably my first year in french class in eighth grade.  i really enjoyed all of my professors.  data analysis II was my favorite class (seriously, who ever thought i of all people would become a quantoid?).  research methods II was also a good class.  the exams and projects for that class are SO LABOR-INTENSIVE and also really good for building a solid foundation of knowledge about research.  practicum was very challenging (quite honestly, most of the time) and i think we have built a solid base to go off of.  our class just submitted the irb this week and is completing the pilot testing before we go live.  exciting things!

speaking of exciting things… i was selected into the agesw pre-dissertation fellows program!!!  who ever would have thought?!  i began my application in december while at sara’s over break, so i am elated that my hard work appears to have paid off.  i rewrote—i’m not kidding—probably 8 drafts of my personal statement for cassey and sara.  once they signed off, i sent my cv and personal statement through charlotte.  once she signed off, i sent the same materials through nancy kusmaul, who was in the first cohort of fellows and now teaches at umbc.  once she signed off, i sent it through joan davitt, who was really great at helping me tighten it and pull it all together.  apparently it worked?  this is such a great step because, in the last third of the semester, i was lucky enough to have a skype call with dr. tracy schroepfer, who teaches at wisconsin and who is one of the co-directors.  she is one of the pioneers of the body of research on the wthd.  i first read her research in sara’s death and dying class in spring 2009 and marveled at how truly amazing it was.  when i got into my msw, i continued to love the content, though i couldn’t shake how hard it would be in the logistic sense to carve out a space for myself in that area (e.g., irb concerns, people wanting to participate, people’s ability to engage, people’s priorities at their eol, etc.)…  so, when i framed my research interests in my application materials, i’d simply framed them around a close secondary interest.  once i got into the program and dove into the literature, i kept coming back to this content and sort of allowed myself to keep wading deeper and deeper under the premise of, “i’m going to keep going until i see a reason to stop.”  so far, it’s paid off!  so, forward.  onward and upward!  as a benefit of my selection, i will attend gsa (this year, in austin, tx).

similarly, the research i’m doing with caroline is expected to wrap up somewhat soon!  we were selected to present at cswe in denver!  we were also selected to present at inccip in huddersfield, england!  i am hoping we will be selected to present at sswr in dc!  i just need to figure out funding… i’ve applied for the travel fellowship through the phd program for cswe.  caroline will use $500 of her faculty funding for my travel to england.  she has requested the dean match that amount and that is still tbd.  the only other thing currently on the docket is the secondary data analysis project i did for data analysis II with cagle…  working with the HRS was a VERY laborious endeavor but it gave me really good data!!  i seriously thank joon for helping me run the data and statement files in a way to bring about a workable data set and then helping me merge the six data sets i had into one final product.  seriously—we met approximately seven times and every time i was throwing coffee at him, as a thank-you/i’m sorry you have to do this.  

this project examined the predictive properties of healthcare encounters at different levels of care (i.e., hospitalization, er admission, nursing facility, and outpatient visit) on death anxiety.  the death anxiety variable was ordinal, so my options were (a) keep it ordinal and run a multinomial logistic regression, (b) use it as continuous and run a multiple linear regression, or (c) dummy code it and run a multiple logistic regression.  (have i mentioned before how much i love regression?)  i had originally wanted to run an anova but then cagle pointed out the possible link between hospitalization and er admission would violate the  assumption of independence of observations, so he encouraged a regression model.  i ran the linear and found it legit violated 3/4 assumptions, so i ran the logistic and got some serious SS results!  WAHOO!  (i’d be lying if i said i didn’t tear up at my first “big kid” project working “successfully”—yes, i’m totally acknowledging the publication bias.)  so, i’m now just waiting on cagle’s comments on the manuscript we handed in as our capstone project before i can begin revisions.  i met with him before i presented my paper to the class and asked if he would be willing to mentor me through the publication process, as i had never published before.  he was kind enough to agree, so once i make his edits, he and i will connect to discuss next steps.  bruce also agreed to review.  since his edits are always so solid, i think i will stand a good chance at getting my first publication!  the plan is to target death studies, so we shall see!  i am also planning on submitting that as a late-breaker session for gsa.  this would bring me to four conferences in the very near future.  i am hoping this gets selected for gsa partly because my travel is and registration is already covered through the fellowship.

speaking of cagle, he will be my gra this upcoming year and i could not be more excited!  i am sad to leave caroline, though i also know i will learn and grow A LOT with john.  here’s hoping for a productive year!!  in her letter congratulating me on my fellowship (for which she wrote my letter of recommendation), joan apologized for not getting matched with me as a gra for the upcoming year.  she explained she had no funding, so here’s hoping our timetables will align in the near future!  in the meantime, she is in sweden presenting with rajean and has assured me they plan to complete their coding of our conference project upon their return.  this will yield my second publication!  i also need to check in with her about whether she has any other projects going on that i can help out with.  when i met with her and brought it up, she told me she would check and see if she has any additional funding.  i never inquire about funding because it truly is such a privilege to publish with her and it is honestly so wonderful that she always makes it a point to look into.  she has no need to do that for me, but she does, and it is so admirable.

sara’s also agreed to let me jump on one of her projects, so that would give me another publication.  i’m also currently working on a scoping review with the gerontology group on social isolation in informal caregivers of older adults with dementia.  it’s actually going pretty well!  we just wrapped the title/abstract screen.  there are four of us on the project.  the initial search across three databases yielded 301 articles.  once duplicates were discarded, there were 182.  so, we divided this into halves.  ji and i took one half, while joon and sol took the other.  those halves were then halved again.  i screened one of these quarters as p1 and ji screened the other as p1.  then we switched and reviewed each other’s as p2.  joon and sol did the same.  we will meet this wednesday to resolve discrepant opinions on whether articles should pass this stage of the screen or not.from there, we will begin the full article screen.

all in all, things are going pretty well!  i just finished spending a considerable amount of money i do not have on clothes to present.  the irony of spending money i do not have on clothes to go to conferences the ssw or gsa or faculty will pay for me to travel to in order to present research is not lost on me.  thankfully, cassey is financially keeping my head above water because, if not for her, i’d surely be drowning…  speaking of drowning, cassey and i will go to ocnj this weekend and then, in a few months, puerto rico!  we had actually originally scheduled our trip to pr during (incidentally) the same exact weekend of the inccip conference in england.  fate, huh?  all things considered, i am hopeful for a productive and successful summer!

[glasslikespider-blog]

Using EDA Throughout Product Life Cycles

Basically all advanced hardware being used today has been planned utilizing the capacities of electronic structure robotization (EDA) devices to meet the proposed necessities. Ages of EDA apparatuses have pursued each other into designing divisions of each genuine firm, and a whole industry has created to supply these devices and bolster their utilization by these organizations. For all intents and purposes each EE understudy over the most recent two decades and a long time before has been acquainted with these apparatuses in school, and there is general commonality with their use worldview Life Cycle Assessment

As their capacities have developed, the push of the EDA firms has been toward better, greater usefulness, and more cost. "Key commitment" plans of action including million-dollar-levels of yearly contract charges permit EDA firms to convey very profound inclusion in configuration houses' designing endeavors. This example brings about compelling execution, and a framework of exceptionally particular and gifted experts who are the houses' true masters for the circuits they plan and move into creation.

Be that as it may, in light of the fact that the EDA programming is so expensive and the commitment are so confounded, firms confine the use of the instruments inside the structure capacities, and different associations that are dynamic in the item life cycle, either in parallel or later in the cycle, frequently have almost no entrance to the documents that speak to the plans that have been created. An undeniable model once in a while observed is the utilization of configuration records for pressure examination and FMEAs by unwavering quality engineers. Extensive test disappointment goals in high-criticality circumstances, for example, TAAF ventures, point by point evaluation of example disappointment repeats, and sneak-circuit episodes all can profit by the capacity of a skilled expert to "change" a full model of a circuit as opposed to depending on outwardly got to schematics, and pen-and-paper investigations. EMI properties can be all the more promptly evaluated by legitimately gets to circuit models, as can control dispersal and dynamic sign conditions. For military use in seriously corrupted, absolutely out-of-spec situations, model control get to, utilizing a widened EDA-get to approach, is a tremendous improvement over simply paper examinations.

What these all share for all intents and purpose is that they are looking back clear extra approaches to successfully utilize the current plan records when a beneficial explanation emerges. These are developments that bring to a greater extent an association's (or agency's) proficient ability into contact with the structure demonstrating and execution portrayal. It permits increasingly point by point utilization of existing structure documents, includes more arrangements of eyes, and brings down the association's reliance on the first architect, liberating her/him from continuing weights on finished plans. In this manner, investigation programming and configuration documents can likewise work well for during the remainder of the item life cycle (PLC).

Where does the worth lie in such exercises? A few classes of difficulties routinely emerge in continuous programs in military, aviation, media transmission, and therapeutic territories. Not at all like business shopper items, which immediately go back and forth, the previously mentioned projects have huge NRE content, and long haul life utilization needs to recuperate the expenses contributed. Military and restorative projects have serious sway on clients when they don't exactly function as proposed, so they likewise convey huge item capability ventures as a major aspect of the NRE. Along these lines, PLC utilization of configuration documents is an improved method to address issues in parts out of date quality, design disappointment developments, retro-capability of COTS items, and ex-post-facto office necessities on consequent or pursue on orders.

It is useful to mull over the nonappearance of PLC utilization of EDA documents considering what really occurs. Generation programs are routinely "amazed" by non planned occurrences, as over, that request brief tending to, at which time it is discovered that there is no specialized aptitude accessible, the documentation level is magnanimously portrayed as "halfway", cloud basic parameters sneak, the structure has "developed" over modifications, resistance windows have wandered or moved, and program-explicit waivers or deviations flourish. The mark hinders on the initially qualified forms have names new to the present staff. Advancements, moves, cutbacks, H1-B takeoffs and different things best left to HR all contribute. Authoritative governmental issues and absence of specialized proprietorship do exist in genuine associations. This sets the phase on which an association's "specialized firemen" land to make a move.

The general purpose here is that the "specialized portfolio" related with any structured item can be systematized and raised to a more significant level of viability by concentrating on the plan documents. Ideally, this should be possible as a strategy activity established at program begins, however in all actuality it needs to and will be done in many firms by joining the methodology entrepreneurially as a "pay-once-learning" reaction to issues that declare their reality by drawing senior administration consideration. This gives it a natural flavor, and recommends that a similar purpose in various firms will have very various launches, which mirror the organizations' working societies. There might be a perfect center, which carries a light-footed responsiveness to an association's operational needs without making a bureaucratic layer of things that assimilates valuable assets and occupies specialized and administrative consideration from their essential core interest.

Subtleties of a couple of delegate program frames that can be actualized pursue.

Concentrating on SPICE (Simulation Program with Integrated Circuit Emphasis):

For all intents and purposes each circuit being used was structured utilizing EDA (Electronic Design Automation), and the center of EDA is the circuit examination programming.

Related configuration records are usually saved; if not, they can be created from schematics, and approved against specs

For some parts, merchants are giving SPICE parameters

Many existing plans are ports of IC merchant application note subcircuits, with inactive part esteems legitimately duplicated in

Most IC sellers currently give whole SPICE-displayed delegate utilizations of their parts

Utilization of ANY EDA displaying (not simply the first EDA apparatus adaptation) can bring improvement over "visual-examine" surveys of part-change sway

Clear RECIPE

For all intents and purposes each EDA bundle in configuration use, there are good forms to help PLC utilizes (regularly the equivalent EDA seller will have an offering, or a permit change) Recommended stream for tending to "occurrences", or investigating a program, is:

Distinguish new questions, proposed change(s), or issues

Decide extent of surveys and examinations to be updated

Create or gain/restore reasonable EDA model

Portray previously/after by a few recreation rushes to clarify huge highlights, or bring them out if the documentation bundle is "deficient"

Follow up on information, repeat as showed

Life can be simpler in the event that you can organize a practice to wring out your in-house "neighborhood shading".

Flavor SPECIFIC ENTRY-EXPLORATORY APPROACH

Straight Technology offers SwCAD III for download FREE. Play with it - the cost is correct!

PSPICE, MULTISIM (NI/ADI), TINA (TI), AIMSPICE, 5SPICE and numerous different firms give hub or segment restricted "understudy" forms, or time-compelled assessments.

The best decision is the one that most intently coordinates your plan designing gathering's advancement bundle. (Or on the other hand, check whether you can get an additional seat with them).

Except if EXTENSIVE changes are included, any SPICE flavor will do fine. Recreating changes is the point.

The key is capacity to alter parts on an intuitive schematic, or to alter circuit-distinct netlists.

A few CASES THAT ARISE EDA-open circuit/framework elements to consider:

Effect of capacitor ESR changes in exchanging controllers

in transient reaction, circuit security, or EMI issues

in execution windows, derating or EOL edges

changes in FMEA spread

dispersal decrease for "green" reasons

more ... reliant on points of interest of case under study

One appealing element that an extensive PLC-EDA program offers, to associations that need it, is the capacity to keep the structure engineers connected through a full lifecycle of an item, which can be significant for building up the expansiveness of familiarity with a business activity's numerous features as preparing for the following ages of center and ranking directors. It makes configuration engineers, or any of the designers associated along the cycle, ready to move all the more extensively among the practical exercises, and uncovered them prior in their vocations to more components of the range of difficulties the firm faces in its activities. This can be viable both in maintenance of important ability, and pulling in a higher bore of experienced ability that can value its advantages and see its incentive to their profession advancement.KEY TAKEAWAY

A similar examination programming so effectively settled in electronic configuration practice can likewise work well for during the remainder of the item lifecycle. No hindrances exist aside from the decision to start. Furthermore, for helping you with this procedure, if it's not too much trouble approach the unwavering quality experts at Ops A La Carte to help.

[okkcats]

PCB Medical Manufacturer

PCB medical is also known as medical printed circuit boards. They are a very important aspect of electronic components. A lot of people make use of them every day without really paying attention to them. However, they are actually quite critical to a vast array of industries. Printed circuit boards have a lot of applications. In this write-up, we are going to discuss a few of the common ones.

What is a Printed Circuit Board Used for?

PCBs put simply, are boards that connect electronic components together. They are manufactured using a non-conductive material. Copper sheets are used to form lines and pads on the material. These lines connect the electrical components in a product together.  You will often find components like resistors and capacitors soldered onto PCBs also.

Electronics

In the present day, there are all kinds of PCBs being used in electronic products. Some of the types commonly used include single-sided, double-sided and multi-layer PCBs. These PCBs can be made either rigid or flexible, and sometimes both styles are implemented on a single PCB. The electronics made from PCBs play a huge role in our daily life. They make possible importance products like smartphones, computers and kitchen appliances.

LEDs

Light-emitting diodes are also known as LEDs. They are a technology used for illuminating residential and commercial buildings. They are also used in various Industries like the computer technology industry, the medical industry and the automotive industry. They grow increasingly popular by the day. This is because of their long life, energy efficiency and compactness. One of the key roles of PCBs in LEDs is that it helps to transfer heat away from the bulb. Without the PCB, the temperature of an LED would run high and this would decrease its average life.

Industrial Equipment

Uses of printed circuit boards in the Industrial sector vary vastly. Most of the equipment in manufacturing and distribution centers are powered by electronic components. They also power equipment in other industrial facilities. High-powered PCBs are required in the Industrial sector. These PCBs also need to be very durable. This is because they are likely to withstand a lot of harsh conditions in industrial facilities.

Automotive Components

The amount of electronic components required by automotive manufacturers for their vehicles is on the rise. Before now, PCBs were only implemented in car parts like headlight switches and windshield wipers. Today, they are used to implement many safety and ease functionalities. The PCB may require resistance against extreme temperatures and vibrations. This depends mainly on the parts of the car that they will be used in.

Telecommunications Equipment

A wide array of PCBs is used in the telecom industry. This is because a whole lot of equipment are used in the industry. The type of PCB use in certain equipment is determined by the environment that the equipment will be used in. Some equipments are used indoors while others are outdoors where they have to withstand storms and harsh temperatures.

Medical Devices

The healthcare sector is another sector that has a growing need for PCBs. The technology has improved the sector and created a whole lot of possibilities in it. PCBs can be found in devices used for treatment, monitoring, diagnostics, etc.

When it comes to producing medical PCBs, special attention is required to ensure reliability. This is because human lives depend on the devices they are put in. PCBs also have to meet very strict standards when it comes to sanitation. This is especially true for the ones used in implants. First, they have to be clean. They also have to be smaller than usual. For this reason, most PCBs used in medical devices are HDI (High-density interconnect).

You will find PCBs in medical devices like:

1. Medical imaging systems: PCBs are always in ultrasonic, CAT and CT scanners. The computers that compile and analyze the images taken by these scanners also makes use of PCBs.

2. Monitors: Devices used to monitor blood pressure, heart rate and blood glucose all make use of PCBs to ensure that accurate reading is always obtained.

3. Infusion pumps: Pumps like the ones used to infuse insulin and analgesia into patients require precision when delivering fluid. PCBs are employed to ensure the required precision and reliability.

4. Internal devices: Devices that are inserted into the body, like pacemakers often make use of PCBs to function.

5. Smartphones, iPads and Tablets are now replacing traditional methods of monitoring and recording. Patients today, have the option of conducting a thorough discussion with a medical professional from home.

The market for medical devices that individuals can wear is growing at a rate of 16.4 percent a year. The collection of information is realized by using sensors and medical apparatuses that can be effortlessly worn by individuals. One aim of the healthcare industry is to collect as much data as possible. Wearables can do very beneficial things like let someone know if their aged family member or patient has slipped and fallen. It can also inform you if someone’s about to catch an infection from a cut.

The need for electronics in the medical sector continues to grow daily. The manufacturing industry continues to successfully reduce the size and increase the density of PCBs. This will enable the role of PCBs in healthcare to continue to grow.

Most Commonly Used Materials In Medical PCBs

The circuits are made with a thin coat of conducting material. They are placed, or "printed," on the top of an insulating panel known as the substrate. Each electronic component is placed on the surface of the substrate and joined with the interconnecting circuits. Contact bits along one or more edges of the substrate work as connectors to other PCBs or to external electrical devices like on-off switches. A medical printed circuit board could have circuits that execute only one function. An example is a signal amplifier. It could also have several functions.

There are three foremost types of printed circuit board assembly: single-sided, double-sided, and multi-layered. Single-sided boards have the modules on one side of the substrate. Sometimes, the quantity of components becomes too much for a single-sided board. That’s when a double-sided board can be used. Electrical networks between the circuits for each side are made by boring holes through the substrate. The holes must be bored in the proper locations. Next would be plating the inside of the holes using a conducting material. The third kind is a many-sided panel. It has a substrate made up of sheets of printed circuits parted by layers of insulation. The modules on the surface are joined through plated holes bored down to the correct circuit layer. This significantly streamlines the circuit configuration.

Glass fiber reinforced (fiberglass) epoxy resin is the most often used substrate in medical PCBs. It usually has a copper foil bonded to one or both of its sides. Generally, medical PCBs have printed circuits made of copper. The circuit is either etched away or plated on the surface of the substrate, using any desired pattern.

To prevent oxidation, the circuits are usually coated with a mixture of tin and lead. The contact fingers are first coated with the tin and lead mixture. Then, they are coated with nickel, and lastly with gold to ensure great conductivity.

Other components used in medical PCBs are:

Capacitors

Resistors

Transistors

Diodes

Integrated circuit chips

Streamline Qualification with Your Medical PCB Manufacturer

The amount of impact that a PCB can have on a human, especially as a medical patient, is truly amazing. From laser eye correction equipment to heart monitor to X-ray imaging system, PCBs are employed to serve multiple functions. PCBs, give these bunch of electronic components and wires the ability to save a life.

However, it’s not just about producing state-of-the-art medical equipment. You have to make sure that these devices are accurate, reliable and of topnotch quality. Once you are done with design and are ready to move to manufacture, you are ready to move on. The next step to take would be finding a contract medical PCB manufacturer that meets all the quality and reliability standards. You will need to find someone that can manufacture high-quality products at very low costs.

ISO certification

International Organization for Standardization (ISO) certifications is a critically important certification for medical equipment manufacturers to have. In the ISO 9000 series of quality standards, quality and reliability requirements as regards design, manufacturing, and testing in various industries, are fully specified. Be sure to look out for manufacturers that have taken the effort to obtain and maintain at least one ISO 9000 certification.

You must look out for manufacturers that take traceability into consideration. The manufacturer you pick should be one that documents and monitors the use of all the PCBs they have manufactured. This eases the process of pulling back an affected product in the case of a recall. If your manufacturer is ISO 13485 certified, they will be aware of all recall procedures for medical devices. They will also already have systems in place to ensure full compliance with relevant regulations.

Ensure that the medical PCB manufacturer you choose meets some required criteria. Criteria like having the knowledge and expertise required in identifying manufacturing problems, evaluating the cost of materials, and optimizing the entire production and assembling process. An experienced manufacturer would be able to simplify the circuit designs and help you reduce costs. A seasoned manufacturer would take EOL components into account when planning. Parts shortages should be accounted for, manufacturability should be enhanced and strict quality standards should be maintained.

A good manufacturer will help you streamline the testing and inspection processes of your medical PCBs. This would go on to suppress long-term risk for you. They should be willing to meet regularly with you, to discuss manufacturing and assembling progress. Ultimately, what you need are very high quality and very low cost.

The Best Option for Your PCB Manufacturing Needs

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Innovation Amidst the Crisis: Health IT and the Opioid Abuse Epidemic | Part 4 – Resource Allocation and Access

By COLIN KONSCHAK, FACHE and DAVE LEVIN, MD 

Dave Levin

Colin Konschak

The opioid crisis in the United States is having a devastating impact on individuals, their families, and the health care industry. This multi-part series will focus on the role technology can play in addressing this crisis. Part one of the series proposed a strategic framework for evaluating and pursuing technical solutions.

A Framework for Innovation

In part one of our series, we declared the opioid crisis an “All Hands-On Deck” moment and made the case that health IT (HIT) has a lot to offer. Given the many different possibilities, having a method for organizing and prioritizing potential IT innovations is an important starting point. We have proposed a framework that groups opportunities based on an abstract view of five types of functionality. In this article, with an assist from Dr. Marv Seppala, Chief Medical Officer at the Hazelden-Betty Ford Foundation and Dr. Krista Dobbie, Palliative Care physician at the Cleveland Clinic, we will explore allocation of resources and access to care and the role that technology can play.

Resource Allocation and Access for Opioid Management

Supply and Demand

There is almost always an imbalance between what we need (demand) what we have (supply) in healthcare. This ever-present imbalance between supply and demand inevitably and regularly leads us to grappling with how to wisely allocate precious resources. The opioid crisis is no exception and is a good window into the general challenge of resource allocation in healthcare. Fortunately, technology (both information tech and life sciences) can help navigate these challenges efficiently and effectively.

What exactly do we mean by “resources”? For the purposes of this paper we break this down into two groups: people and materials. As we will see, when it comes to people, this is mostly about access to care in a timely, effective and efficient manner. Materials can encompass many things, but we primarily will focus on drugs, testing and the like. In both cases, there are instances of underuse, overuse, shortages and misallocation which point towards ample opportunity for improvement.

Access to Care

Timely access to appropriate care is essential in dealing with the opioid abuse crisis – just as it is for many diseases. The vast majority of this care involves patients having access to and interacting with a variety of providers. “The first thing that comes to mind when I think about shortages and access is providers” says Dr. Seppala. This shortage includes primary & specialty care, physicians and other licensed professionals. There is a heavy emphasis on Medication Assisted Treatment (MAT) for addiction these days and this requires MD oversight. Physicians who specialize in addiction medicine are highly qualified to provide this oversight but are in short supply. Most primary care physicians, who could in theory provide this care, are reluctant to do so either due to lack of knowledge or concerns about the clinical and medical-legal consequences of bad outcomes like overdose or death. To make matters worse. Addiction specialists often have a personal preference for a broad-based practice that includes services besides MAT – services that could be provided by either primary care physicians or other clinical professionals. So, we have too few specialists practicing too broadly and too few primary care providers who are properly trained and confident in providing these services.

The potential solutions to these challenges can be drawn from similar ones in other areas of medicine:

Optimize and maximize the impact of experts like addiction medicine specialists.

Expand the capacity and capabilities of primary care providers.

Enhance the referral and consultation process in ways that maximize the collaboration and impact of a combined primary-specialty care approach. The mantra here should be: everyone at ‘top of licensure’ so each professional is mostly doing things that only they are qualified to do.

Obviously, some of these challenges are more “geopolitical” than technical. For example, tech likely has little to offer when it comes to a medical specialist’s preference to practice broadly. However, there are a number of promising health IT opportunities here:

Leverage analytics and scheduling applications to optimize scheduling to maximize access to the right provider at the right time.

Enhance communication between various providers to support provision of primary care and facilitate the timely identification and referral of patients who require higher levels of care.

Expand educational opportunities for all providers to “raise their game” and comfort level in caring for these patients.

Telehealth

Telehealth is a proven way to extend access to care and holds great promise in addressing this crisis. According to Dr. Seppala, “Telehealth definitely helps but is limited to 1-to-1 interactions between the provide and patient. What we need now is a 1-to-many solution that supports group visits. “ This is a major tech gap that, assuming it is HIPPA and CFR Part 42 compliant, could have a major positive impact that goes beyond simply expanding capacity.  As Dr. Seppala pointed out, “There is a proven, special value in group visits. This disease undermines brain’s ability to recognize that one has the disease. This goes far beyond simple denial and is a function of the disease itself. But these patients can recognize it in other people in the group and that can lead to the important breakthrough of self-recognition.”

Efficient Use of Material Resources

Material resources refers to things like drugs, diagnostic testing, etc. They are the non-people part of our resources and they too are subject to misallocation, overuse and underuse. As in many other industries, enhanced supply chain management applications can play a transformative role in allocation of materials. But that’s just the tip of the iceberg in this area.

Fortunately, with rare exceptions, the main drugs used to treat opioid addiction are readily available and covered by insurance. However, as is often the case, newer drugs tend to be in shorter supply and much more expensive. They are also subject to stricter control by insurance companies and usual require prior authorization. Lack of insurance coverage or self-pay situations can place these drugs out of reach. This isn’t unique to the opioid crisis. Regardless, more efficient authorization processes, easier access to drug payment programs and provider adherence to best-practice treatment protocols backed up by clinical decision support – all of which can be IT-enabled – provide opportunities for further improvement.

The Other Side of the Coin: A Palliative Care Perspective

It’s important to remember that opioids do have an important and valid place in patient care. To learn more about this perspective, we spoke with Dr. Krista Dobbie an experienced palliative care physician at the Cleveland Clinic. Dr. Dobbie of course is concerned about the opioid abuse epidemic but also pointed out that use of opioids is a mainstay of effective pain management in palliative and end-of-life (EOL) care. As is often the case, it’s about context, clinical knowledge and the specific patient and their needs; In a word: judgement.

When it comes to access and allocation, she notes a couple of challenges that have arisen in providing palliative care as a result of well-intended attempts to address opioid abuse. For example, it has become more difficult to get cancer and other palliative care patients the medications they need.

Some of the new hurtles are administrative. For example, morphine for cancer patients previously did not require prior authorization since this it is considered first-line treatment in this population. Some payers now require prior authorization which increases administrative burden and can result in delays in care. In addition to the direct clinical impact on the patient, this can lead to extended hospital stays as inpatients wait for prior-authorization of these vital medications before they can be discharged. Dr. Dobbie states there are, “More hoops than ever – even with cancer patients” and notes that pharmacists and some insurance companies refuse to fill prescriptions out of, in these cases, misguided concerns about dose, duration, or amount dispensed.

From a materials perspective, there have also been reports of outright shortages of vital pain drugs due to production issues. Dr. Dobbie recalled previous periods of time when there were shortages of intravenous pain meds for hospitalized patients which forced providers into tight restrictions and careful allocation of the limited supply.

Heightened concerns about opioid abuse may be leading to increased resistance of clinicians and others to engage palliative medicine services because of undifferentiated concerns about addiction and misuse. This, in turn, may result in under-treatment of pain in vulnerable patients with terminal illness.

On the plus side, Dr. Dobbie sees that heightened awareness has increased screening for palliative medicine patients who may be at high risk for misusing or abusing opiates. Most patients are signing treatment contracts outlining opiate risks. These contracts also state that there must not be any misuse or diversion of drugs. Routine drug screening is utilized to ensure patients are using medications appropriately. If the clinician is concerned, the situation can be investigated further, and team conferences can be leveraged to evaluate and plan interventions.

Another resource to consider is diagnostic testing. Dr. Seppala pointed to urine drug screening (UDS) as an area ripe for improvement. To start with, UDS tests have known limits. Lower cost, urine screening can only detect some drugs for a short time after they’ve been used leading to false negative results. Other UDS methods only test for prescription drugs missing a major cause of the opioid crisis – the migration use of street drugs like heroin. More sophisticated tests can overcome these limits, but are more expensive and time consuming. Adopting a tiered approach based on evidence is best. Better education, distribution of best-practice protocols coupled with decision support are potential avenues where health IT can contribute. Advances in clinical testing hold out hope as well.

According to Dr. Seppala, UDS also provides an interesting window into overuse, another form of inefficient allocation. This is mostly a story of unscrupulous providers taking advantage of patients and arguably, committing insurance fraud. The typical scenario plays out in low cost, “sober housing” settings. In a kind of bait-and-switch, these providers set low base fees to attract patients. They then overuse tests like UDS by ordering too many and directing the samples to their owned labs where they charge high fees. Dr. Seppla says insurance companies and State attorneys general have woken up to this and are beginning to pursue.

In the face of deliberate fraud, testing protocols and CDS will be of limited value. Of course, in value-based reimbursement models the incentive is to avoid wasteful overuse since that decreases provider profits.

Big data analytics may hold some answers to these behavior-based challenges. It is not hard to envision a future where the same AI techniques that look for potentially “bad” credit card charges and flag them for further attention could be applied to many of the challenges outlined above. This kind of profiling has the potential to find unusual or suspicious patterns while also recognizing legitimate differences in practice between say, an advance pain expert like Dr. Dobbie and the garden variety primary care physician.

What’s Next

The next article in this series will look at the role technology can play in supporting and enhancing medical research into opioid abuse and addiction. For those with even greater interest, we have published a white paper that provides a more in-depth perspective on clinical, sociological and technical factors impacting the opioid abuse epidemic.

Download White Paper

Dave Levin, MD is the Chief Medical Officer for Sansoro Health where he focuses on bringing true interoperability to health care. Dave is a nationally recognized speaker, author and the former CMIO for the Cleveland Clinic. He has served in a variety of leadership and advisory roles for health IT companies, health systems and investors. 

Colin Konschak, RPh, MBA, FACHE is the Chief Executive Officer at Divurgent. Colin is a Registered Pharmacist and is a highly accomplished executive with over 20 years of experience with extensive experience in health care operations, P&L management, account management, strategic planning and alliance management. 

  Innovation Amidst the Crisis: Health IT and the Opioid Abuse Epidemic | Part 4 – Resource Allocation and Access published first on https://wittooth.tumblr.com/

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