#Indexing Software for Academic Publishing

[kryoni]

Understanding Editorial Management Software

In the world of publishing, whether digital or print, editorial management software is increasingly becoming a critical tool for streamlining editorial workflows and enhancing productivity. As the need for efficiency, collaboration, and accuracy grows, understanding the role of such software and knowing when it’s time to invest in it is essential. This blog explores what editorial management software is, its key role in modern publishing, and how to choose the best system for your needs.

What Is Editorial Management Software?

Editorial management software is a comprehensive tool designed to facilitate the entire editorial workflow—from manuscript submission to publication. It provides a centralized platform for managing articles, manuscripts, or any other type of editorial content.

At its core, editorial management software helps to automate repetitive tasks, improve communication among team members, and track content revisions, approvals, and deadlines. By organizing all the elements of the editorial process in one place, it ensures that no step is overlooked, and every detail is accounted for.

What Is the Role of Editorial Management Software?

The role of editorial management software goes beyond just managing content. Here are some key functions that illustrate its importance:

Centralized Content Repository: Editorial management software ensures all editorial content is stored in a single, accessible location. This improves collaboration and helps keep track of multiple drafts and revisions in one place.

Streamlined Workflow Management: By automating tasks such as submission tracking, review processes, and approval timelines, the software reduces the risk of missed deadlines and enhances workflow efficiency.

Version Control and History Tracking: Editorial software allows for detailed tracking of all changes made to content. Editors and authors can view previous versions, compare changes, and ensure they are working with the most up-to-date document.

Collaborative Features: An Editorial software enables seamless communication between different stakeholders, including authors, editors, and external reviewers. Through integrated comment features and real-time updates, teams can collaborate more effectively and efficiently.

Analytics and Reporting: Many systems provide analytics tools that help track the performance of editorial content and team efficiency. These insights can be used to identify bottlenecks and improve the overall editorial process.

When Is Editorial Management Software Necessary?

While small editorial teams may manage with basic tools like email or spreadsheets, larger operations often face challenges that require a more sophisticated approach. Here are several signs that indicate it may be time to implement editorial management software:

Increasing Volume of Content: As your content volume grows, managing it manually becomes more time-consuming and prone to errors. Editorial management software can handle higher volumes of content without compromising quality or efficiency.

Lack of Coordination Among Teams: In an environment where teams are working in silos or across different locations, managing communication and feedback can become chaotic. Editorial software centralizes all interactions, allowing teams to collaborate effectively regardless of their physical location.

Manual Processes Are Hindering Efficiency: If your team is still relying on manual processes like emailing content back and forth, tracking deadlines on spreadsheets, or searching through folders to find documents, it’s time to consider a more streamlined approach.

Version Control Issues: When working with multiple revisions of a document, it’s easy to lose track of the latest version. Editorial management systems automatically track and manage document versions, ensuring all team members are working on the correct file.

Inefficient Content Review and Approval Processes: Delays in reviewing and approving content can disrupt timelines. Editorial software accelerates this process by automating notifications, tracking review progress, and ensuring that deadlines are met.

How to Choose the Right Editorial Management Software

Selecting the right editorial management software requires a thoughtful approach to ensure it meets the needs of your team and aligns with your editorial goals. Here are some important factors to consider when making your decision:

User-Friendliness: The software should be intuitive and easy to navigate. A user-friendly interface minimizes the learning curve and ensures that your team can adopt it quickly.

Customization Options: Your editorial processes are unique. The software should allow customization of workflows, roles, and permissions to match your specific requirements.

Collaboration and Communication Features: Ensure that the system supports real-time collaboration, file sharing, commenting, and feedback capabilities to enhance teamwork.

Scalability: Select a system that can scale alongside your organization's growth. As your content volume and team size increase, your software should be able to handle the added workload without performance issues.

Security and Compliance: Since editorial content often involves sensitive information, the software must offer robust security features, such as access controls and data encryption, to protect your content and meet compliance standards.

Customer Support and Training:A strong support team and training resources are essential to ensure a smooth transition and continuous optimization of the software.

Steps to Take if You’re Ready for a New Editorial Management System

Once you've determined that your editorial process needs an upgrade, the next step is to select and implement the right system. Here's a step-by-step guide to help you through the process:

Assess Your Current Workflow: Identify the pain points in your existing editorial process, whether it's related to communication, deadlines, content tracking, or approval delays. This will help you choose the right features in the new system.

Research and Compare Options: Investigate different editorial management systems that match your needs. Review features, read customer testimonials, and request demos to get a feel for the software.

Set a Budget: Determine how much you are willing to spend on the software. Consider both initial setup costs and ongoing expenses such as licenses, maintenance, and upgrades.

Gather Team Feedback: Since the software will be used by multiple people across different roles, gather input from your editorial team to ensure the system fits their needs and will improve their workflow.

Plan for Implementation: Once you have selected a system, plan the rollout. This should include data migration, user training, and defining the new workflows. Make sure to give your team time to adjust to the new system.

Monitor and Optimize: After implementation, regularly assess how the software is performing. Are workflows more efficient? Are there any issues that need addressing? Continuously monitor the system to ensure its delivering the expected benefits

Conclusion: Elevating Editorial Efficiency with Advanced Solutions

In today’s dynamic publishing environment, the decision to implement an editorial management system is critical for enhancing operational efficiency, fostering collaboration, and ensuring high-quality content delivery. By automating routine tasks, improving team coordination, and providing seamless version control, organizations can significantly enhance productivity while upholding the rigorous standards of modern editorial processes.

As you explore options to optimize your editorial workflows, partnering with a trusted and innovative solution provider is paramount. Kryoni offers a comprehensive, AI-enabled publishing management software that seamlessly integrates every stage of the editorial process, from manuscript submission to production, hosting and indexing—all in one unified platform. By leveraging Kryoni's advanced technology and expertise, organizations can streamline their editorial operations, reduce manual effort, and consistently deliver high-quality content at scale.

Discover how Kryoni can transform your editorial workflows and drive efficiency—visit Kryoni.com to learn more about our solutions tailored for the modern publishing landscape.

[tutorsindia152]

Professional Journal Submission & Statistical Review Help for UK Researchers | Tutors India

Unlock expert statistical data analysis, SPSS, R programming, and comprehensive publication support tailored for UK researchers. Achieve accurate dissertation statistical validation with timely delivery and plagiarism-free work.

Comprehensive Statistical Services and Publication Support for UK Researchers

Completing high-quality research and publishing in peer-reviewed journals demands precise statistical data analysis and expert publication support. At Tutors India, we specialize in providing UK-based researchers, postgraduate students, and academic authors with end-to-end statistical consulting and manuscript support services. Our experienced statisticians and academic consultants work closely with you to ensure your data analysis is flawless, your research methodology is rigorous, and your final manuscript meets the highest academic standards.

Whether your research involves biostatistical analysis for clinical trials, advanced multivariate models for social sciences, or quantitative analysis for engineering projects, we tailor our services to your discipline and university requirements.

Explore our professional statistical consulting services to give your research the precision and polish it deserves.

Expert Statistical Analysis for Dissertation and Academic Research

Statistical analysis can be complex, particularly for postgraduate research. We assist with every stage of your data journey—from sample size calculation and questionnaire design to data cleaning, analysis, and interpretation. Our experts are proficient in popular software, including SPSS, R, SAS, STATA, and E-Views.

Our services include:

Selection and execution of appropriate statistical tests such as t-test, ANOVA, linear and logistic regression, survival analysis, and Bayesian methods

Advanced techniques like structural equation modeling (SEM), multivariate analysis, and cluster analysis

Designing reliable and valid research methodologies with ethical compliance

Comprehensive dissertation statistical support for PhD and Masters students

Clear, rubric-aligned statistical report writing to communicate your findings effectively

Gain expert dissertation statistical support and transform your data into meaningful results.

Tailored Publication Support Services for UK Researchers

Navigating the demands of academic publishing can be overwhelming. Tutors India provides detailed publication support to ensure your manuscript is ready for submission to high-impact journals. We focus on:

Validating statistical methods and ensuring the reproducibility of results

Formatting tables, graphs, and figures per journal guidelines (APA, Harvard, etc.)

Writing clear and concise interpretation sections explaining P-values, confidence intervals, and other statistical outputs

Conducting thorough plagiarism checks and ensuring originality

Providing timely delivery to meet submission deadlines

Our team is familiar with the publication standards of SCI, Scopus, and other indexed journals, making us your trusted partner for publication support services.

Personalized Statistical Tutoring and Research Methodology Consultation

Understanding statistical concepts deeply is crucial for successful research. We offer personalized tutoring and consultation tailored to your background and project needs:

Comprehensive explanation of statistical theories and applications

Guidance on choosing suitable methodologies for quantitative, qualitative, or mixed-methods research

Assistance with writing the Chapter 3 (Methodology) and Chapter 4 (Results) sections of your dissertation

Hands-on training in statistical software tools, including SPSS, R, and Python libraries

Benefit from our 24/7 accessible statistical tutoring services and improve your research confidence and skills.

Why Choose Tutors India for Your Statistical and Publication Needs?

UK-Based Academic Standards: Our experts strictly adhere to British university guidelines and academic integrity standards.

Comprehensive Expertise: We cover diverse fields including health sciences, social sciences, engineering, business, and more.

Plagiarism-Free Guarantee: We use Turnitin and other plagiarism detection tools to ensure authenticity.

Confidentiality and Security: Your research and personal data are handled with the utmost confidentiality.

Flexible Support Options: From single statistical tests to full dissertation assistance, choose services that fit your timeline and budget.

Timely Delivery & 24/7 Support: We respect deadlines and provide round-the-clock assistance.

Join thousands of UK researchers and postgraduate students who have elevated their research quality with Tutors India’s statistical and publication consulting services.

Ready to Strengthen Your Research? Contact Us Today!

Don’t let statistical complexities or publication hurdles slow your progress. Get expert help tailored to UK academic expectations and boost your chances of acceptance in top journals.

  Contact Us:  UK: +44-1143520021   IN: +91 8754446690   Email: info@tutorsindia.com

Visit our statistical services page to learn more and book a free consultation.

[oliviiaagraceeeeee]

Emerging Dynamics of ASX Technology Stocks

Highlights

Sector composition and key players driving growth.

Influence of innovation, regulation, and global partnerships.

Metrics and disclosures shaping market perspectives.

The technology sector on the Australian Securities Exchange features software developers, cloud service providers, and digital infrastructure firms. Tracking the performance of ASX Technology Stocks reveals trends in research spending, earnings reports, and product launches. Regulatory updates and macroeconomic shifts can influence valuations across the index of ASX Technology Stocks, reflecting both domestic and global technology cycles. This group provides insights into software, hardware, and digital platform developments within the Australian market.

The collection of companies included in ASX Technology Stocks spans segments such as software solutions, network security, and digital utilities. Trends in enterprise demand and consumer adoption shape the configuration of this grouping. Company disclosures on revenue streams and partnership agreements provide factual insights into sector composition. Company releases on user metrics and service uptime also offer factual data points on operational stability. Shifts in sector weighting within main indexes may alter resource allocation.

Leading Entities

Established names within ASX Technology Stocks include providers of cybersecurity services, enterprise software platforms, and payment processing networks. Public filings disclose data on client growth and revenue diversification. Announcements regarding strategic collaborations and product expansions offer transparent information on corporate positioning. Regular disclosure of research outlays and corporate governance updates supports transparency. Performance metrics in public domain include reports on growth in subscription numbers.

Innovation Drivers

Research initiatives in artificial intelligence and cloud computing underpin developments among ASX Technology Stocks. Collaborations with academic institutions and technology consortia can accelerate project timelines and product roadmaps. Updates on patent filings and license agreements offer concrete evidence of innovation activity across ASX Technology Stocks. Data on beta testing phases and proof of concept results appear in regular filings, offering concrete details on developmental progress.

Market Dynamics

Global trade conditions and currency fluctuations may influence revenue figures for companies categorized under ASX Technology Stocks. Changes in data privacy regulations and digital service standards can affect corporate strategies. Periodic updates on sector weighting within benchmark indices offer a factual perspective on market shifts. Statistics on trading turnover and sector volume provide a quantitative perspective on engagement levels.

Regulatory Environment

Oversight by government bodies impacts reporting requirements for firms listed under ASX Technology Stocks. Amendments to data protection rules and software licensing frameworks can result in revised compliance procedures. Bulletins on digital currency policies and cross border data flow standards provide factual context for governance expectations. Quarterly compliance reports and notice of amendments to listing rules are published by regulatory authorities, ensuring disclosure of governance changes.

Research and Development Focus

Expenditures on research and development drive product evolution within ASX Technology Stocks. Quarterly reports on grant allocations and innovation budgets offer transparency around technology priorities. Collaboration announcements between corporate entities and research institutes highlight joint development programs. Updates on grant awards and collaborative research agreements supply objective data on resource allocation toward development activities. Monthly bulletins on technology roadmap milestones are accessible in corporate reports.

Global Collaborations

Partnership announcements and joint ventures involving domestic entities and offshore firms are notable within ASX Technology Stocks. Disclosures on cross border research agreements and licensing deals appear in official communications. Comparative assessments of collaboration volumes offer context on global innovation roles. Official releases on partnership scopes and joint development timelines are documented in company announcements, offering structured overviews of collaborative initiatives.

Performance Characteristics

Historical data on price volatility and trading volumes serves as an indicator of market sentiment toward ASX Technology Stocks. Filings on quarterly results and margin reports provide factual snapshots of cost structures. Metrics on market capitalization shifts offer clear information without forward looking assertions. Detailed disclosures on cost ratios and operating margins appear in statutory filings, offering clear snapshots of financial structure. Volatility measures reported over standard periods present an unbiased view of price movements.

[ushamartinuniversity]

B.L.I.S Admission 2025 Open- Course Details, Fees & Career Opportunities

About Library Information Science B.L.I.S.  Course:

Students interested in library management, information science, digital archiving, and knowledge organization can enroll in the one-year undergraduate Bachelor of Library and Information Science (B.L.I.S.) program. Students who complete the course will have the abilities needed to efficiently manage and arrange information in corporate settings, research institutes, libraries, and archives. Typically lasting one year (two semesters), the B.L.I.S. degree aims to give students an education in research methodology, digital archiving, library management, and information technology.

Eligibility Criteria B.L.I.S. Admission 

A bachelor’s degree in any field from an accredited university with at least 50% of the possible points (may differ by institution) is a prerequisite.

No particular subject background is necessary for admission; however, certain colleges may demand an entrance exam or interview.

Core Subjects in B.L.I.S. Course 

The Function of Libraries in Society o Public, Academic, and Special Library Types o Library Law and Associations

Theory and Practice of Library Cataloging: The Goals and Uses of Cataloging o Classified and Dictionary Catalog Types o Standards: AACR-II, MARC, RDA.

Information Sources and Services o Print and Digital Resources o Reference and Referral Services o Bibliographic and Current Awareness Services o Types of Information Sources (Primary, Secondary, Tertiary)

 Library Information Technology o Computer and Networking Fundamentals o Library Automation Software ,Digital Libraries

Library Science Research Methods o Fundamentals of Research and Report Writing o Data Gathering and Analysis o Citation Styles (APA, MLA, Chicago)

 Digital Libraries and Knowledge Management o Overview of Digital Libraries o Open Access Programs (DOAJ, OAI-PMH) o Preservation of Digital Content and Copyright Concerns

 Automation and Networking in Libraries o Software for Library Management (ILS, OPAC) o RFID and Barcode Technology in Libraries o Networks for Libraries (INFLIBNET, DELNET).

Project work and internships; practical instruction in a library or information center; library science dissertations or case studies

Classification of Libraries (Theory & Practice):  Fundamental Ideas of Library Classification o Categories (Universal Decimal Classification, Dewey Decimal Classification) o Labeling, Indexing, and Filing

Additionally, students can also learn about E-Resource Management (E-books, E-journals, Digital Repositories),Artificial Intelligence in Library Science ,Big Data & Analytics in Information Science ,Patent Information System & Intellectual Property Rights (IPR)

Skill Development in B.L.I.S. Course –

By the end of the program, students gain expertise in:

Library classification & cataloging

Digital library management

Use of library automation tools

Archival and preservation techniques

Data organization & retrieval

Course Details Subjects Covered in B.L.I.S. as a Library Science Degree Course –

Library Classification and Cataloging

Information Sources and Services

Digital Libraries & Information Technology

Research Methods in Library Science

Knowledge Organization and Information Retrieval

Library Automation and Networking

Career Opportunities After B.L.I.S. Course –

Graduates can work in various roles such as:

Librarian (Schools, Colleges, Universities)

Archivist (Museums, Research Institutions)

Information Officer (Government & Corporate Organizations)

Digital Librarian (Online Libraries, IT Companies)

Cataloger / Indexer (Publishing Houses, Media Companies)

Library Assistant (Public & Private Libraries)

Importance of B.L.I.S Programmes:

The Bachelor of Library and Information Science (B.L.I.S.) is a specialized degree that prepares students for careers in library management, information organization, and digital archiving. The study of B.L.I.S. is important for several reasons:

Career Opportunities in the Information Sector

B.L.I.S. graduates can work as librarians, archivists, information officers, and digital curators in public libraries, academic institutions, research centers, corporate organizations, and government agencies.

The rise of digital libraries and data management has increased the demand for information professionals.

Enhancing Information Management Skills

The program teaches cataloging, classification, indexing, and documentation, which are essential skills for organizing and retrieving information efficiently.

Students also learn about digital libraries, database management, and emerging technologies in the field.

Role in Education and Research

Librarians play a crucial role in helping students, researchers, and professionals access accurate and reliable information.

B.L.I.S. graduates support academic research, digital archiving, and preservation of knowledge.

Digital Transformation and IT Integration

With the advancement of technology, library science now includes digital resource management, e-learning platforms, and knowledge organization.

Courses in information technology, artificial intelligence, and big data help students stay relevant in the digital age.

Contribution to Society and Literacy

Librarians and information professionals help promote literacy, reading culture, and lifelong learning.

They assist in making information accessible to all, including marginalized communities.

Opportunities for Further Studies and Specialization

Graduates can pursue higher education such as Master of Library and Information Science (M.L.I.S.), Ph.D., or certifications in digital librarianship, data science, and knowledge management.

Job Security and Growth

Information professionals are essential in all industries, making library science a stable career choice.

With the digitalization of records and increased demand for information organization, career growth in this field is promising.

Studying B.L.I.S. is valuable for those interested in information management, library services, and digital archiving. The degree not only provides diverse career opportunities but also plays a crucial role in knowledge dissemination, education, and research in the modern world..

Why Choose UMU for B.L.I.S. in India?

✔️ Growing demand for library professionals in digital and corporate sectors ✔️ Flexible learning options (Regular & Distance Mode) ✔️ Opportunities in both government and private sectors ✔️ Further studies available (M.L.I.S., Ph.D. in Library Science)

Usha Martin University invites applications for its BLIS Admission 2025 (Bachelor of Library and Information Science) program for the 2025 academic session. This program is designed for aspiring library professionals, equipping them with expertise in information management, digital archiving, research methodologies, and library automation systems. Graduates can pursue careers in academic libraries, research institutions, digital libraries, and corporate information centers.

Take the first step towards a promising career in Library and Information Science. Apply now!

[fromdevcom]

A content delivery network helps to host content such as images, media files, static content and style sheets of a large website by reproducing a copy of data through the various nodes of a network. Additionally, content delivery software helps to reduce load of websites and to improve downloading time of the websites. CDN is not just software; instead, it is a mix of hardware and software which helps to solve the problem of web content downloading and management using synchronization, logging, authentication and load balancing. As a software architect, I have personally preferred to pick a low cost CDN or to create my own CDN using open source tools along with freely available public CDNs just like for jQuery and other popular libraries. Here is the list of open source projects which can be used to create your own CDN – CoralCDN CoralCDN is one of the most popular and free peer-to-peer CDN which has proxies and name servers across the world. Coral replicates content and allows users to publish content. It allows easy access to the content of the websites and it can get cached objects through network too. It avoids hot spots in its infrastructure to provide high speed service. The software uses novel indexing method DSHT and creates self organizing clusters of nodes to get information from a nearby node. CoralCDN is managed by a Princeton SNS group. MirrorBrain Mirrorbrain provides mirror servers to run content delivery networks. It has a download redirector which redirects the request from the browser to the local mirror server. It can be used to generate torrents in real-time. It is licensed through GPL and three Apache modules of Mirrorbrain is licensed under Apache license. CoDeeN CoDeeN is an academic CDN which is built on the top of PlanetLab at Princetown University and it has been tested through high performance proxy servers. The server works as server surrogates and request redirectors. It provides fast and robust web content, and many projects are associated to CoDeen such as CoBlitz, CoDeploy, CoDNS, CoTop, CoMon and CoVisualize. CoBlitz is web based distribution service which provides distribution of large files. Mediaport.net Mediaport.net is a cooperative CDN which uses peer-to-peer infrastructure for web hosting and it is licensed under BSD license. Firestarter Content Delivery System Firestarter is a cross platform content delivery system which provides distribution of games, live videos, audio, data and different types of multimedia content. It is licensed under GNU General Public License. Cacheboy Cacheboy provides an open platform to provide efficient content delivery. The open source project’s mirror infrastructure is donated to service providers across the world and these mirrors are connected through internet. The project redirects the user to a mirror close to the user’s location. Hence Cacheboy essentially works through mirrors and it is licensed under GPLv3 license. Mod CDN - Apache Module Mod_cdn is a Apache Module developed at Voxwl and it helps in sending proper headers and validating authentication tokens. It can be installed and configured at customer’s server and it is licensed under GPL v2 license. There is no package for Mod_cdn and the user will have to compile from the source. OpenCDN OpenCDN is an application level CDN which replicates content and splits the live and recorded content. OpenCDN is coded in Perl and it uses Relay technology to split media packets. The control communication between the nodes and origins is done through XML – RPC. It is licensed through Perl Artistic License and can be downloaded from Download OpenCDN . Phloem Phloem is a light weight open source CDN which has the base layer called Xylem, and the CDN is written in Perl. It is licensed under GNU GPL v3. Its code can be found at Download Phloem P2P-Next P2P-Next is next generation Peer-to-Peer content delivery software which can be

used for simultaneous transmission to millions of people and it uses multicasting to send data to millions of users at one time. The data stream is distributed through the local servers and the live events can be re-broadcasted to local viewers. Since IP routers do not support multicasting, optimized uni-cast, broadcast and multicast mechanism is adopted through P2P. The provider has partners in 12 countries and it is based on open standards open source. CDN nodes are located in various geographical locations and these nodes work in cooperation with the requests of the client. Content delivery networks distribute the assets and use various techniques such as server load balancing, web caches, dynamic metafile generation, ‘anycasting’ and HTML rewriting to reduce client response time. It’s essential that the CDN is located near the targeted customer, since that would result in faster page loads and resultantly, the customers browsing experience will be enhanced. If you are planning to set up a geo targeted website, an Opensource software listed in this article would enable you to quickly start a CDN. However, you may require hardware for running these. On the other hand, if you are building a website which has a worldwide presence, you should opt for niche CDN services such as Akamai and Incapsula. There are a number of popular CDNs, besides the ones mentioned in this list. Please share with us in comments if you have used some other CDNs which you were impressed with. Updated On Oct 2016: Updated links and fixed minor formatting issues.

[sunaleisocial]

From refugee to MIT graduate student

New Post has been published on https://sunalei.org/news/from-refugee-to-mit-graduate-student/

From refugee to MIT graduate student

Mlen-Too Wesley has faded memories of his early childhood in Liberia, but the sharpest one has shaped his life.

Wesley was 4 years old when he and his family boarded a military airplane to flee the West African nation. At the time, the country was embroiled in a 14-year civil war that killed approximately 200,000 people, displaced about 750,000, and starved countless more. When Wesley’s grandmother told him he would enjoy a meal during his flight, Wesley knew his fortune had changed. Yet, his first instinct was to offer his food to the people he left behind.

“I made a decision right then to come back,” Wesley says. “Even as I grew older and spent more time in the United States, I knew I wanted to contribute to Liberia’s future.”

Today, the 38-year-old is committed to empowering Liberians through economic growth. Wesley looked to the MITx MicroMasters program in Data, Economics, and Design of Policy (DEDP) to achieve that goal. He examined issues such as micro-lending, state capture, and investment in health care in courses such as Foundations of Development Policy, Good Economics for Hard Times, and The Challenges of Global Poverty. Through case studies and research, Wesley discovered that economic incentives can encourage desired behaviors, curb corruption, and empower people.

“I couldn’t connect the dots”

Liberia is marred by corruption. According to Transparency International’s Corruptions Perception Index for 2023, Liberia scored 25 out of 100, with zero signifying the highest level of corruption. Yet, Wesley grew tired of textbooks and undergraduate professors saying that the status of Liberia and other African nations could be blamed entirely on corruption. Even worse, these sources gave Wesley the impression that nothing could be done to improve his native country. The sentiment frustrated him, he says.

“It struck me as flippant to attribute the challenges faced by billions of people to backward behaviors,” says Wesley. “There are several forces, internal and external, that have contributed to Liberia’s condition. If we really examine them, explore why things happened, and define the change we want, we can plot a way forward to a more prosperous future.”  

Driven to examine the economic, political, and social dynamics shaping his homeland and to fulfill his childhood promise, Wesley moved back to Africa in 2013. Over the next 10 years, he merged his interests in entrepreneurship, software development, and economics to better Liberia. He designed a forestry management platform that preserves Liberia’s natural resources, built an online queue for government hospitals to triage patients more effectively, and engineered data visualization tools to support renewable energy initiatives. Yet, to create the impact Wesley wanted, he needed to do more than collect data. He had to analyze and act on it in meaningful ways.

“I couldn’t connect the dots on why things are the way they are,” Wesley says.

“It wasn’t just an academic experience for me”

Wesley knew he needed to dive deeper into data science, and looked to the MicroMasters in DEDP program to help him connect the dots. Established in 2017 by the Abdul Latif Jameel Poverty Action Lab (J-PAL) and MIT Open Learning, the MicroMasters in DEDP program is based on the Nobel Prize-winning work of MIT faculty members Esther Duflo, the Abdul Latif Jameel Professor of Poverty Alleviation and Development Economics, and Abhijit Banerjee, the Ford Foundation International Professor of Economics. Duflo and Banerjee’s research provided an entirely new approach to designing, implementing, and evaluating antipoverty initiatives throughout the world.

The MicroMasters in DEDP program provided the framework Wesley had sought nearly 20 years ago as an undergraduate student. He learned about novel economic incentives that stymied corruption and promoted education.

“It wasn’t just an academic experience for me,” Wesley says. “The classes gave me the tools and the frameworks to analyze my own personal experiences.”

Wesley initially stumbled with the quantitative coursework. Having a demanding career, taking extension courses at another university, and being several years removed from college calculus courses took a toll on him. He had to retake some classes, especially Data Analysis for Social Scientists, several times before he could pass the proctored exam. His persistence paid off. Wesley earned his MicroMasters in DEDP credential in June 2023 and was also admitted into the MIT DEDP master’s program.

“The class twisted my brain in so many different ways,” Wesley says. “The fourth time taking Data Analysis, I began to understand it. I appreciate that MIT did not care that I did poorly on my first try. They cared that over time I understood the material.”

The program’s rigorous mathematics and statistics classes sparked in Wesley a passion for artificial intelligence, especially machine learning and natural language processing. Both provide more powerful ways to extract and interpret data, and Wesley has a special interest in mining qualitative sources for information. He plans to use these tools to compare national development plans over time and among different countries to determine if policymakers are recycling the same words and goals.

Once Wesley earns his master’s degree, he plans to return to Liberia and focus on international development. In the future, he hopes to lead a data-focused organization committed to improving the lives of people in Liberia and the United States.

“Thanks to MIT, I have the knowledge and tools to tackle real-world challenges that traditional economic models often overlook,” Wesley says.

[jcmarchi]

From refugee to MIT graduate student

New Post has been published on https://thedigitalinsider.com/from-refugee-to-mit-graduate-student/

From refugee to MIT graduate student

Mlen-Too Wesley has faded memories of his early childhood in Liberia, but the sharpest one has shaped his life.

Wesley was 4 years old when he and his family boarded a military airplane to flee the West African nation. At the time, the country was embroiled in a 14-year civil war that killed approximately 200,000 people, displaced about 750,000, and starved countless more. When Wesley’s grandmother told him he would enjoy a meal during his flight, Wesley knew his fortune had changed. Yet, his first instinct was to offer his food to the people he left behind.

“I made a decision right then to come back,” Wesley says. “Even as I grew older and spent more time in the United States, I knew I wanted to contribute to Liberia’s future.”

Today, the 38-year-old is committed to empowering Liberians through economic growth. Wesley looked to the MITx MicroMasters program in Data, Economics, and Design of Policy (DEDP) to achieve that goal. He examined issues such as micro-lending, state capture, and investment in health care in courses such as Foundations of Development Policy, Good Economics for Hard Times, and The Challenges of Global Poverty. Through case studies and research, Wesley discovered that economic incentives can encourage desired behaviors, curb corruption, and empower people.

“I couldn’t connect the dots”

Liberia is marred by corruption. According to Transparency International’s Corruptions Perception Index for 2023, Liberia scored 25 out of 100, with zero signifying the highest level of corruption. Yet, Wesley grew tired of textbooks and undergraduate professors saying that the status of Liberia and other African nations could be blamed entirely on corruption. Even worse, these sources gave Wesley the impression that nothing could be done to improve his native country. The sentiment frustrated him, he says.

“It struck me as flippant to attribute the challenges faced by billions of people to backward behaviors,” says Wesley. “There are several forces, internal and external, that have contributed to Liberia’s condition. If we really examine them, explore why things happened, and define the change we want, we can plot a way forward to a more prosperous future.”  

Driven to examine the economic, political, and social dynamics shaping his homeland and to fulfill his childhood promise, Wesley moved back to Africa in 2013. Over the next 10 years, he merged his interests in entrepreneurship, software development, and economics to better Liberia. He designed a forestry management platform that preserves Liberia’s natural resources, built an online queue for government hospitals to triage patients more effectively, and engineered data visualization tools to support renewable energy initiatives. Yet, to create the impact Wesley wanted, he needed to do more than collect data. He had to analyze and act on it in meaningful ways.

“I couldn’t connect the dots on why things are the way they are,” Wesley says.

“It wasn’t just an academic experience for me”

Wesley knew he needed to dive deeper into data science, and looked to the MicroMasters in DEDP program to help him connect the dots. Established in 2017 by the Abdul Latif Jameel Poverty Action Lab (J-PAL) and MIT Open Learning, the MicroMasters in DEDP program is based on the Nobel Prize-winning work of MIT faculty members Esther Duflo, the Abdul Latif Jameel Professor of Poverty Alleviation and Development Economics, and Abhijit Banerjee, the Ford Foundation International Professor of Economics. Duflo and Banerjee’s research provided an entirely new approach to designing, implementing, and evaluating antipoverty initiatives throughout the world.

The MicroMasters in DEDP program provided the framework Wesley had sought nearly 20 years ago as an undergraduate student. He learned about novel economic incentives that stymied corruption and promoted education.

“It wasn’t just an academic experience for me,” Wesley says. “The classes gave me the tools and the frameworks to analyze my own personal experiences.”

Wesley initially stumbled with the quantitative coursework. Having a demanding career, taking extension courses at another university, and being several years removed from college calculus courses took a toll on him. He had to retake some classes, especially Data Analysis for Social Scientists, several times before he could pass the proctored exam. His persistence paid off. Wesley earned his MicroMasters in DEDP credential in June 2023 and was also admitted into the MIT DEDP master’s program.

“The class twisted my brain in so many different ways,” Wesley says. “The fourth time taking Data Analysis, I began to understand it. I appreciate that MIT did not care that I did poorly on my first try. They cared that over time I understood the material.”

The program’s rigorous mathematics and statistics classes sparked in Wesley a passion for artificial intelligence, especially machine learning and natural language processing. Both provide more powerful ways to extract and interpret data, and Wesley has a special interest in mining qualitative sources for information. He plans to use these tools to compare national development plans over time and among different countries to determine if policymakers are recycling the same words and goals.

Once Wesley earns his master’s degree, he plans to return to Liberia and focus on international development. In the future, he hopes to lead a data-focused organization committed to improving the lives of people in Liberia and the United States.

“Thanks to MIT, I have the knowledge and tools to tackle real-world challenges that traditional economic models often overlook,” Wesley says.

[inkofamethyst]

Summer Goals 2024

Personal goals while i'm here

get back on track for my 12-book reading goal (starting a nonfiction book last month grinded my progress to a halt, gotta catch up) (prob w SJM)

crochet one (1) item of clothing (preferably in a public park, a la "the most interesting girl in the city" ofc) - complete

learn mosaic crochet so I can finally make a Journey scarf (but the cream and gold one bc mosaic can only use two yarn colors at a time)

keep up with coding! probably just working on my game(s) for fun hehe

hit da club - technically complete 11 may

flirt with ONE man - complete 25 may

export all R code from my undergrad dropbox - complete

clean up my undergrad gdrive - complete

read Nightwing Vol 1: Leaping into the Light (2016(?)) (and also the rest of that run bc the pinterest images have me hooked omg (though apparently it hasn't ended yet which,,,, ugh is annoying))

if not Nightwing then the Hawkeye run which my photo-friend believes is what Nightwing was in response to - complete 24 may

start learning music theory - done

try regular workouts at home or at the campus gym to gain upper body strength and improve cardiovascular health

cut out/assemble the pattern for that dress i wanna make - complete

go to a classical music concert - complete

open a HYSA!!! - complete (eventually)

Academic goals

brush up on my chimpanzee knowledge (1-2 articles a week) to prep for the class in the fall

go through the bioinformatics lectures on youtube from the class at this uni which is no longer taught but is apparently excellent (??? hours per week)

set up my coding environment and learn how to do basic bulk transcriptomic/epigenetic analyses

histology!!! (also fill out my lab notebook omg) - complete

learn how to fully use a citation software (should only take a week or so) - complete (the following year yikes)

Goals for when I visit home

make an indexed pattern binder so i can see every pattern i have up front and stop buying new ones that do the same things as ones I already own

assign many/most of my fabrics to particular projects

finish the black half circle skirt (waistband, bound buttonhole, hem!)

floral sleeveless mock neck top (mock up first?)

finish the trouser mockup

play my uke - complete

play my flute... and earnestly attempt improvisation - complete

binge pjo binge pjo binge pjo binge pjo binge pjo bi

The sewing ones are admittedly a little ambitious, as always, but I think the others are very very very doable, if a little crowded. The most challenging will probably be keeping up with python, working out regularly, music theory, and also finding the confidence to flirt (but who knows? maybe I won't have to force it). I don't anticipate being able to hit them all (I never do!), but it's nice to have options.

I think if I want to hit a lot of them though, I'm going to have to be structured with my day/week. Set up various curricula, timelines, (flexible) deadlines. Plus, some of these goals are very short-term, and should only take a day or week at most. I can totally sketch out what gets done when, and should have enough wiggle room in case things need to shift.

(also i did have 2023 goals i just never published them bc i forgor)

[emiratesscholar]

"Emirate Scholar Research Center Launches Groundbreaking International Journal of Information & Digital Security"

About

In an era defined by rapid technological advancement, the Journal of Cybersecurity emerges as a distinguished platform at the forefront of cutting-edge research and transformative innovation within the field of cybersecurity. Cyber threats continue to evolve in complexity and sophistication, necessitating a dedicated space for scholars, researchers, and industry experts to explore novel solutions, share insights, and drive the evolution of cybersecurity practices.

Description

the Journal of Cybersecurity is a peer-reviewed, open-access scholarly journal dedicated to advancing the field of cybersecurity through rigorous research and transformative innovation. As technology continues to evolve, so do the threats and challenges to the security of information systems. It serves as a vital platform for academics, researchers, industry professionals, and policymakers to share insights, discoveries, and innovative solutions that contribute to the ongoing evolution of cybersecurity practices.

Objective & Scope

1. Advanced Threat Detection and Mitigation:

welcomes research articles that explore innovative approaches and technologies for the detection and mitigation of advanced cyber threats. This includes the development of intelligent systems, machine learning algorithms, and threat intelligence frameworks.

2. Cryptographic Protocols:

The journal encompasses research on cryptographic techniques and protocols aimed at ensuring the confidentiality, integrity, and authenticity of digital information. Contributions may include novel cryptographic algorithms, cryptographic key management, and secure communication protocols.

3. Secure Software Development:

Publishes articles on best practices, methodologies, and tools for developing secure software systems. This includes research on secure coding practices, software testing for security, and secure software development life cycles.

4. Network Security:

Researchers are encouraged to submit work on network security, covering topics such as secure network architectures, intrusion detection systems, and secure protocols. This includes research on securing traditional and emerging networks.

5. Privacy and Data Protection:

Seeks contributions on strategies and technologies ensuring the privacy and protection of sensitive data. This includes research on privacy-preserving technologies, data anonymization, and compliance with data protection regulations.

6. Security Policy and Governance:

The journal invites articles on cybersecurity policy development, governance frameworks, and risk management strategies. This includes research on aligning organizational goals with effective cybersecurity practices.

7. Cybersecurity Education and Training:

To recognize the importance of education and training in building a skilled cybersecurity workforce. Submissions in this category may include innovative pedagogical approaches, curriculum development, and the assessment of cybersecurity education programs.

Editor in Chief Nabih Tareq Abdelmajid

Issue Vol.2 – 2024

Indexed in

Google Scholar

CrossRef

[prabhatjairam]

What is the importance of educational search engines?

Children today are not exactly as dependent on physical study materials as they once were. Now, they don’t need to learn how to manipulate and utilize dictionaries and encyclopedias. Today, sites like Google have become more accessible and prominent resources in the educational process. As search engines redefine the process of obtaining information, they facilitate research procedures for stressed students around the world and shed advanced light on existing information.

Search engines have become an unavoidable part of daily life. They allow students to customize and narrow their search to a specific topic. The use of educational resources helps students with their homework and research. Anything can be found with the help of this modern technology. It allows children to get the basic knowledge that they need and can improve their memory. A student-friendly search engine boosts children’s confidence and competency level.

In this blog post, we will examine the importance of education search engines, which have transformed many aspects of students’ lives.

What is an educational search engine?

An educational search engine is a software program that helps students find the information they are looking for online using phrases or keywords. Learners can use specialized search engines to research topics they are interested in. In addition, search engines permit students to target specific information and access relevant educational resources, citations, journal articles, and academic databases.

Importance of Educational Resources

The importance of search engines for learners is a proven fact. With a wide variety of educational resources, students can find relevant information without having to wade through inappropriate web pages. Here are some points listed below that show why educational tools are vital for students and youngsters.

They convey important ideas about learning and teaching in a way that can be implemented in the classroom.

Education search engines contain information about everything under the same scrollable fingertip.

They help learners by delivering accurate and prominent information.

Students can get help from several educational resources related to complicated topics and prepare themselves better.

They are very useful, as everyone can get any type of knowledge from anywhere in the world.

Search engines are used in a learning environment that helps with students’ overall development.

The use of educational engines is convenient and can save time that children would otherwise spend searching for irrelevant information.

Furthermore, they have reduced the need to browse through encyclopedias and made it easier for learners to access information and get the solutions they need.

To get the best online education portal facilities, you can visit  “study24hr.com”. It is an incredible platform that allows teachers and educational institutes to promote themselves and get leads from students. The main target of the portal is to enhance students' academic performance and learning skills. With its effective digital resources, learners can practice mock test papers for various subjects to do their best.

Top educational search engines for students

Be it information regarding various subjects, academic books, or any online course, these search engines can be put to use.

1. Google Scholar

Google Scholar is a well-known educational content search tool that provides a simple way to search for scholarly literature. It is a freely accessible web search engine that indexes the metadata, or full data, of scholarly works across an array of disciplines and publishing formats. Google Scholar is good for managing simple searches across a wide number of databases. Moreover, it’s the best choice to find books and journal articles that students might generally get from a library.

2. Google Books

Another good search engine for students is Google Books. It helps learners make sense not only of the world around them but also of their own social-emotional skills and creative imagination. It is an effective resource that makes primary and secondary sources accessible and gives children opportunities to investigate and build their inquiry skills.

3. Microsoft Academic

Microsoft Academic is a free internet-based academic search engine that helps scholars find the most appropriate scholarly information. It has a semantic design that aims to find the best matches for the user’s queries. There are several features offered by Microsoft Academic, such as the creation of assignments, tracking progress with insights, and helping students achieve their goals.

For Daily Boosters, please visit: Daily Booster Article| study24hr.com

4. WorldWideScience

It is a global science search engine created to accelerate scientific discovery on the deep web. Through the multilateral partnership, WorldWideScience enables anyone to launch a single-query search of national and international scientific portals and databases. Besides, this search engine displays results in English and other translated materials.

5. Educational Resources Information Center

With over 1.3 million bibliographic records such as citations and abstracts, the ERIC is a valuable resource for aspiring educators and other professionals. It is an online library that provides easy access to educational literature to improve practice in teaching, learning, education, research, and decision-making. 

In what ways do search engines help students?

Search engines have become an integral part of children's learning activities. They have changed the way people conduct background research, find information, solve problems, connect with educators, and so on. Nevertheless, children can get help from various education portals in the following ways:

Students can use educational resources to answer questions that cannot be answered easily.

Search engines help learners develop their own set of skills.

They make students more aware of all the consequences and doubts.

They boost learners' confidence in their understanding of new concepts.

Final Words

Undoubtedly, education search engines act as filters for the wealth of knowledge and information available on the internet. It is a testament to modern technology that provides insight into students' academic performance. The power of educational resources allows students to not only quickly but also easily gather information that is of value or interest to them. As a result, search engines offer tremendous potential for new educational benefits by providing solutions to students' complex content.

[aravindsrivastava123]

Unlocking Research Opportunities with Scopus: A Comprehensive Guide

Introduction:

In the ever-evolving landscape of academia and research, the ability to access reliable and up-to-date information is paramount. Scholars, researchers, and institutions across the globe depend on robust databases to navigate the vast sea of academic literature. Among the most reputable and widely used tools for this purpose is Scopus. In this article, we will delve into the world of Scopus and explore its features, benefits, and how it can significantly enhance your research endeavors.

What is Scopus?

Scopus is a bibliographic database designed for the scientific, technical, medical, and social sciences fields. Developed by Elsevier, Scopus is a comprehensive and multidisciplinary abstract and citation database. It covers a wide array of sources, including academic journals, conference proceedings, and patents. Scopus is recognized for its vast coverage, indexing millions of documents, and its ability to provide valuable insights into academic publications, citations, and research trends.

Key Features of Scopus:

Extensive Coverage: Scopus is one of the largest abstract and citation databases, encompassing over 71 million records from more than 5,000 publishers. Its broad range of content makes it an invaluable resource for researchers in various disciplines.

Citation Analysis: Scopus provides citation data, enabling users to track the impact and influence of research papers, journals, and authors. It helps scholars identify highly cited articles and the most impactful researchers in a specific field.

Author Profiles: Researchers can create profiles on Scopus, showcasing their publications, citation counts, h-index, and collaboration networks. These profiles help in building and managing academic reputations.

Advanced Search Capabilities: Scopus offers powerful search tools, allowing users to refine their searches based on various criteria such as document type, affiliation, and subject area. This facilitates precise information retrieval.

Alerts and Notifications: Users can set up alerts for specific keywords, authors, or journals, ensuring that they stay updated on the latest research in their areas of interest.

Analytical Tools: Scopus provides data visualization and analytical tools to help researchers identify trends and patterns in the academic landscape, aiding in the development of research strategies.

Integration with Other Tools: Scopus is often integrated with reference management software like Mendeley and EndNote, making it easier to organize and cite sources in research papers.

Benefits of Using Scopus:

Comprehensive Research: Scopus's extensive coverage ensures that you have access to a wide array of research papers and publications, which is particularly beneficial when conducting literature reviews.

Citation Metrics: By providing citation metrics, Scopus allows researchers to gauge the impact of their work and make informed decisions about where to publish.

Collaboration Opportunities: Author profiles and collaboration networks on Scopus make it easier to connect with fellow researchers, facilitating collaboration on projects and papers.

Research Trend Analysis: Scopus's analytical tools enable users to identify emerging trends and research hotspots in their fields, aiding in the selection of research topics.

Efficient Literature Search: Scopus's advanced search capabilities save time and effort by enabling you to locate the most relevant research papers quickly.

Conclusion:

Scopus is a valuable asset for researchers seeking to expand their knowledge and conduct impactful research. Its extensive coverage, citation analysis, and collaborative features make it an indispensable tool in the scholarly world. Whether you are an early-career researcher or a seasoned academic, Scopus can enhance the efficiency and quality of your research endeavors. By leveraging the power of Scopus, you can unlock a world of academic possibilities and stay at the forefront of your field.

Hyderabad,Telangana

Research #papers #publish

submit.ijpsl@gmail.com

[naresh12-08-2002]

Unlocking the Web of Scopus: A Comprehensive Guide to Academic Research

Introduction:

In the world of academic research, the quest for quality resources is paramount. Scholars and researchers often traverse through vast digital landscapes in search of knowledge, and one such valuable treasure trove is the Web of Science's Scopus database. This article aims to provide a comprehensive guide to the Web of Scopus, helping researchers, academics, and students harness its power for their academic pursuits.

Understanding Scopus:

Scopus is a widely recognized abstract and citation database that encompasses a vast array of scientific, technical, medical, and social science literature. Launched by Elsevier, Scopus has grown into one of the most extensive and multidisciplinary databases globally, making it a critical tool for researchers across a variety of fields. It indexes and abstracts millions of articles, conference papers, and patents, providing an invaluable resource for finding, evaluating, and citing scholarly work.

Key Features of Scopus:

Comprehensive Coverage : Scopus covers a vast spectrum of research disciplines, from natural sciences to social sciences, including journals, conference proceedings, and patents. It provides a holistic view of research from multiple angles.

Citation Analysis : Researchers can gauge the impact of their work through citation analysis. Scopus calculates citation metrics such as the h-index, giving a snapshot of a researcher's influence in their field.

Author Profiles : Every author can create a profile on Scopus, which consolidates their publications, citations, and collaborations, helping researchers establish their academic identity.

Advanced Search Capabilities : Scopus offers powerful search functionalities, enabling users to refine their queries using a range of filters, such as document type, publication year, and keywords. This makes it easier to pinpoint relevant research.

Alerts and Notifications : Researchers can set up alerts to receive notifications about newly published articles in their field of interest. This feature helps in staying updated with the latest developments.

Using Web of Scopus Effectively:

Refining Your Search :To find the most relevant research, start with a well-defined search query. Use Boolean operators (AND, OR, NOT) to combine keywords and phrases effectively.

Sorting and Filtering : After running a search, utilize the sorting and filtering options to narrow down results by publication date, document type, or citation count.

Author Searches : If you're looking for a specific author's work, use the author search functionality. You can also explore their collaborative network.

Setting Up Alerts : Stay up to date with the latest publications in your field by creating email alerts for specific search queries or author profiles.

Exporting Citations : Scopus allows users to export citations in various formats for easy integration into reference management software like EndNote, Mendeley, or Zotero.

Conclusion:

In the age of information overload, the Web of Scopus stands as a beacon of organization and insight for the academic community. This comprehensive guide highlights its essential features and provides valuable tips on how to make the most of this resource. As researchers, academics, and students navigate the vast sea of academic knowledge, Scopus is an indispensable tool that can guide them to the treasures of scholarly research, enhancing the quality and impact of their work.

27 Old Gloucester Street London, England.

#Research #papers #publish   

[skreddy]

Navigating the World of Academic Publishing: A Comprehensive Keyword List of Scopus Journals"

Introduction:

Academic research plays a pivotal role in advancing knowledge across various fields, and publishing in reputable journals is a significant aspect of the academic journey. Scopus, a widely recognized abstract and citation database, is a treasure trove for researchers seeking high-quality journals for publication. However, with thousands of journals in its database, finding the right one for your research can be a daunting task. In this blog, we present a comprehensive keyword list of Scopus journals to help researchers streamline their search and discover the most suitable journals for their work.

Understanding Scopus:

Before diving into the keyword list of Scopus journals, let's briefly understand what Scopus is. Scopus is a bibliographic database containing abstracts and citations for academic journal articles, conference papers, and patents. It covers a vast array of subjects across science, technology, medicine, social sciences, and more. Journals indexed in Scopus are considered reputable and are widely recognized in the academic community.

The Keyword List of Scopus journals:

Biomedical Sciences

Keywords: biomedical, biotechnology, genetics, pharmaceuticals, biochemistry, microbiology, immunology

Computer Science

Keywords: computer science, artificial intelligence, machine learning, cybersecurity, data science, software engineering, algorithms

Environmental Studies

Keywords: environmental science, ecology, climate change, sustainability, environmental management, conservation, biodiversity

Economics

Keywords: economics, finance, microeconomics, macroeconomics, econometrics, economic development, international trade

Education

Keywords: education, pedagogy, curriculum development, educational technology, teacher training, learning assessment, educational psychology

Psychology

Keywords: psychology, clinical psychology, cognitive psychology, social psychology, counseling psychology, developmental psychology, neuropsychology

Engineering

Keywords: engineering, civil engineering, electrical engineering, mechanical engineering, chemical engineering, aerospace engineering, materials science

Medicine

Keywords: medicine, medical research, healthcare, epidemiology, public health, pharmacology, clinical trials

Social Sciences

Keywords: social sciences, sociology, anthropology, political science, communication studies, cultural studies, social work

Business and Management

Keywords: business, management, marketing, entrepreneurship, organizational behavior, supply chain management, finance

Art and Humanities

Keywords: arts, humanities, literature, history, philosophy, cultural studies, linguistics

Mathematics

Keywords: mathematics, algebra, calculus, statistics, discrete mathematics, mathematical modeling, number theory

Physics

Keywords: physics, astrophysics, quantum mechanics, nuclear physics, condensed matter physics, optics, plasma physics

Chemistry

Keywords: chemistry, organic chemistry, inorganic chemistry, physical chemistry, analytical chemistry, materials chemistry, biochemistry

Political Science

Keywords: political science, international relations, comparative politics, political theory, governance, public policy, political economy

Geology

Keywords: geology, earth science, geological exploration, mineralogy, petrology, geophysics, environmental geology

Agriculture

Keywords: agriculture, agronomy, crop science, soil science, agricultural economics, animal science, food technology

Law

Keywords: law, legal studies, international law, criminal law, human rights law, environmental law, intellectual property law

Conclusion:

This keyword list serves as a valuable starting point for researchers looking to publish their work in Scopus-indexed journals. By selecting keywords related to your research area, you can efficiently narrow down your search and find the most suitable journals. Remember that in addition to these keywords, it's essential to consider factors like journal impact factor, scope, and target audience when choosing the right journal for your research. Happy publishing!

Hyderabad, Telangana

#research #papers #publish

[inclusiveuniversity]

Accessibility and Usage of Digital Technologies among Academics for Research: A Case of Selected Humanities and Social Sciences Faculties in Sri Lankan Universities

DOI: http://doi.org/10.31357/fhss/vjhss.v08i02.08

The Humanities and Social Sciences (HSS) involve understanding the human experience and the relationships between individuals and groups in society. The adoption of digital technologies has challenged the discipline of HSS, creating an entirely new environment for the study of human activities. This research aims to explore the employment of digital tools, resources and services in HSS research. Further, the use of digital methods (DM) throughout the research process; the impact of COVID-19 on the use of DM in research; the constraints of using DM in research were tested. Both quantitative and qualitative data were collected from Colombo, Kelaniya and Sri Jayewardenepura universities targeting academics in Economics, English, English Language Teaching, Geography, History and Archeology, Buddhist Studies, Political Science, Sinhala, and Sociology. Considering the digital infrastructure facilities, most of the academics rated email (45.6%) and LMS services (46.7%) as excellent but maintenance provided by the institute was not adequate. Most academics rated good on access to data storage (37.9%); reference management software (27.5%); plagiarism detection software (29.1%); institutional repository (35.2%); and support to online publications (39.6%) provided by their institutes. 55.7% of surveyed academics in SS often use digital data collection methods while in the Humanities it was 43.4%. Online publishing was most often used by SS (50.9%) and only 39.5% by the Humanities. 53.8% of SS academics and 43.4% of humanities academics often use cloud storage. Findings confirmed the expansion of using digital research methods during the pandemic compared to the early pandemic situation. Collaborative research works, virtual conferences, citation databases and digital indexing were identified as popular trends.

[easynotes4u]

High Rejection Rate of AI generated Contents in Academic Publishing like Scopus/ WOS/ UGC CARE

The high rejection rate of AI-generated content in academic publishing is a reflection of the challenges and concerns associated with the quality, authenticity, and ethical considerations of such content. AI generated content detected by Plagiarism software. AI-generated articles often face skepticism and scrutiny from academic publishers, indexing databases (such as Scopus and Web of Science),…