#Accesscomputer

[messagetomars]

Something that has been interesting throughout the Web Authoring course is the discussions around the history of html, browsers and so on. We haven’t gone too far in depth, but its curious to sit back and realize that everything we work on and know today has a history of iterations and upgrades stemming back from a single point.

The internet has always just been ‘the internet’ to me, but its fascinating with a bit more knowledge to know that many of these languages and practices are ‘agreed upon’ globally before implementation, like the html versions as seen in thiis article. HTML was invented in 1993 which is a year before I was born. Its not until I use websites like the wayback machine we looked at in our lectures that I can so clearly see the advancements we’ve made. 

Looking at the list at the bottom of the table, a part of me is glad to have ‘missed’ out on the html5 predecessors - at least HTML 1.2 where basic tables were not supported. Writing html and css is difficult enough for me as it is, even with all these tools like VisualStudio code and endless tutorials to work with. I can’t help but wonder if I would have been able to handle it had I started this 10 years ago! Hang on... 10 years ago is 2011, which is when HTML5 came out, so I guess maybe I could have! Stay positive and it will all make sense...

[android-for-life]

"Fifteen grants to support computing research for undergraduate women"

Ayanna Howard, Professor and Chair of the School of Interactive Computing at the Georgia Institute of Technology, wouldn’t be where she is today without her undergraduate research experiences at NASA’s Jet Propulsion Laboratory (JPL). Growing up, Ayanna seemed to have a knack for math, puzzles, computers and gaming. By the time she started college, she had figured out her passion for robotics, and became a summer intern at JPL. The hands-on research experiences, the formation of a strong network of peers and advisers while at JPL helped motivate Ayanna to pursue her PhD and eventually a career in academia.

Studies show that undergraduate exposure to hands-on research experiences can profoundly influence a student’s academic and career path. This is particularly true for women who are underrepresented in computing and who may see research careers as “not for them” because of the lack of support when pursuing research careers and pathways to computing.

To get more women involved in research and computing, we’re providing 15 exploreCSR (Computer Science Research) grants to support universities running CS research-focused workshops for undergraduate women. These workshops, modeled on, and inspired by Carnegie Mellon University's, OurCS, will help undergraduate women to enhance their research skills, create a sense of community with peers and faculty, instill confidence to problem solve beyond the classroom, and inspire and motivate them toward careers in research.

Here are the recipients (including Ayanna Howard!) who collectively plan to reach ~1,200 undergraduate women in 2018-2019:

Georgia Institute of Technology Ayanna Howard, Professor and Chair Improving the Academic Matriculation of Undergraduate Women in Graduate Computing (I.AM.GradComputing) Workshop

Howard University Latifa Jackson, Assistant Professor Broadening Participation in Data Mining (BPDM) Workshop

Indiana University - Bloomington Suzanne Menzel, Senior Lecturer OurCS: Opportunities for Undergraduate Research in Computer Science

Louisiana Tech University Benjamin Drozdenko, Assistant Professor Cyber Research for Empowering Women Experimenters (CREWE)

Michigan Technological University Jean Mayo, Associate Professor Exploring Computer Science Research

The University of Texas at El Paso Martine Ceberio, Associate Professor Building Pathways to Graduate School as a Way of Recruiting and Retaining Undergraduate Female Students in Computing

University of Maine, Orono Penny Rheingans, Director, School of Computing and Information Science ResearchME: Maine Research Focused Workshops and Mentor Networks

University of Maryland, Baltimore County Danyelle Ireland, Associate Director, Center for Women in Technology The CS-Impact Workshop Series: Exploring Opportunities for Undergraduate Computer Science Research & Graduate study

University of Michigan Rada Mihalcea, Professor and Co-Director Girls Encoded Building a Diverse Research Community: Introducing Women to Computer Science Research

University of Minnesota Twin Cities Maria Gini, Professor Exposing students to undergraduate research opportunities, while guiding and mentoring them through the process

University of New Mexico Lydia Tapia, Associate Professor Becoming a Robot Guru Workshop

University of Pennsylvania Chris Callison-Burch, Associate Professor SPUR WOMEN: Support and Promote Undergraduate Research for Women

University of Puerto Rico, Mayaguez Nayda G. Santiago, Associate Professor Increasing Hispanic Women participation in Undergraduate Computing Research

University of Washington Richard Ladner, Professor Emeritus OurCS@UW + AccessComputing

The selected group of grantees represent a diverse mosaic of faculty and institutions that brings a clear focus on cultivating and retaining a “critical mass” of women in computing, and a commitment to exposing undergraduate women in computing to foundational research training. As the workshops take flight in the new school year, we hope to share updates on each workshops’ progress and results.

Source : The Official Google Blog via Source information

[kpbusinesshub-blog]

#False flooring### A raised floor (also raised flooring,access floor(ing), or raised accesscomputer floor) provides an elevated structural floor above a solid substrate (often a concrete slab) to create a hidden void for the passage of mechanical and electrical services. (at Ahmedabad city)

[accesscomputer]

Access Computer: Trusted Computer Repair Services

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Call us today : +91-8980004117 Visit Our Website : https://www.access-computer.com/service-and-support.html

[accesscomputer]

How to Pick the Right Custom Build PC Supplier

Selecting the right Custom Gaming PC Build Shop or Customize Computer Dealers can be a challenging but rewarding task. A custom-built PC allows you to tailor your computer to your exact specifications, ensuring it meets your unique needs and preferences. However, choosing the right supplier is crucial to ensure a smooth and satisfying experience. In this comprehensive guide, we will explore the factors to consider and the steps to follow in order to pick the perfect custom build PC supplier.

Understanding the Significance of Your Choice

Before delving into the selection process, it's important to understand why choosing the right custom build PC supplier matters. Here are some key points to consider:

1. Tailored Performance

Custom-built PCs offer unparalleled performance compared to off-the-shelf models. You can select components that align with your specific computing requirements, whether you're a gamer, a content creator, or a professional with specialized needs.

2. Cost-Effective Solutions

While custom-built PCs may have a higher upfront cost, they often provide a better long-term value. By selecting components based on your needs, you can avoid paying for features you won't use, saving you money in the long run.

3. Upgrade Flexibility

Custom PCs are designed with upgradability in mind. You can easily swap out or add components as technology evolves, extending the lifespan of your system.

4. Personal Satisfaction

Building or configuring a custom PC allows you to express your creativity and create a machine that reflects your style and preferences. The satisfaction of using a computer that you had a hand in designing is unparalleled.

Steps to Pick the Right Custom Build PC Supplier

Choosing the right custom build PC supplier involves a systematic approach to ensure you get the best possible computer for your needs. Here are the key steps to follow:

1. Define Your Needs and Budget

Before you start searching for a supplier, determine your specific needs and budget. Consider the following:

The purpose of the PC (e.g., gaming, content creation, office work).

Performance requirements (e.g., CPU power, graphics capabilities, RAM).

Any special features or components you require (e.g., a particular graphics card, SSD capacity).

Your budget constraints.

Knowing these factors will help you communicate your requirements to potential suppliers and ensure that the custom PC meets your expectations.

Example: If you're a graphic designer, you'll need a powerful CPU and a high-quality monitor. Your budget might be higher to accommodate these specific requirements.

2. Research Potential Suppliers

Once you have a clear understanding of your needs, begin researching potential custom build PC suppliers. Look for companies or individuals with a good reputation and a history of producing quality custom PCs. Consider the following aspects:

Reviews and testimonials from previous customers.

The supplier's experience and expertise in custom PC building.

Their range of available components and customization options.

Pricing and any bundled services (e.g., technical support, warranties).

Create a shortlist of suppliers that align with your needs and budget.

3. Check Component Quality and Compatibility

Custom PCs are only as good as the components used. Verify the quality of the components offered by the supplier. High-quality brands for components like CPUs, GPUs, RAM, and storage devices are essential for a reliable and high-performance system.

Additionally, ensure that the components are compatible with each other. Incompatible parts can lead to instability and performance issues.

Example: If you're a gamer, you'll want a high-end graphics card, such as an NVIDIA GeForce RTX or AMD Radeon RX series, for smooth gaming experiences.

4. Assess the Supplier's Customization Options

One of the main advantages of choosing a custom build PC supplier is the ability to customize your system. Ensure that the supplier offers a wide range of customization options, including:

The choice of components.

The ability to upgrade or swap out parts in the future.

A variety of case designs and sizes.

Options for cooling solutions.

The more flexibility the supplier provides, the better you can tailor the PC to your needs.

5. Inquire About Warranty and Support

Check the warranty and support options offered by the supplier. A reputable supplier should provide a warranty that covers components and labor for a reasonable period. Additionally, inquire about their technical support and after-sales services. A supplier with good support can be invaluable if you encounter any issues with your custom PC.

6. Request a Quote

Contact the suppliers on your shortlist and request a quote based on your defined needs and budget. This quote should include the cost of components, labor, and any additional services, such as assembly and testing.

Comparing quotes from different suppliers will help you find the best value for your budget.

7. Read the Fine Print

Before finalizing your decision, carefully read and understand the terms and conditions provided by the supplier. Pay attention to:

Warranty coverage and duration.

Return and exchange policies.

Shipping and delivery options.

Any additional fees or charges.

Understanding the fine print can help you avoid surprises later on.

Conclusion

Picking the right Custom Gaming PC Build Shop or Customize Computer Dealers is a significant decision that can greatly enhance your computing experience. By following the systematic steps outlined in this guide, you can ensure that the custom PC you receive aligns with your needs, preferences, and budget.

Remember that a well-chosen supplier offers not only a high-performance machine but also the support and services necessary to keep your custom PC running smoothly for years to come. With the right supplier, you'll have a tailor-made computing solution that's designed to meet your unique requirements, giving you the performance and satisfaction you desire. Credits : https://ahmedabadtechtrends.blogspot.com/2023/10/Custom-Build-PC-Supplier.html