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Calculates author self-citation rates on Google Scholar using DBLP, OpenCitation, and OpenAlex data. Enhance your academic research with the Self-Citation Checker. This powerful extension seamlessly integrates into Google Scholar, allowing you to instantly analyze and assess author self-citation rates directly on their profile pages. Whether you are a researcher, student, or academic professional, this tool provides a new layer of insight into citation patterns, promoting transparency and helping you evaluate an author's influence more effectively. 📊 Seamless Integration: Automatically adds a "Self-Citation Rate" column to the main statistics table on any Google Scholar author page. 🔍 Instant Analysis: Upon visiting a profile, the extension immediately calculates the self-citation percentage. The result is displayed clearly, with a loading icon to show it's working. ℹ️ Transparent & Reliable Data: The analysis is powered by trusted academic sources, using author data from DBLP and citation data from the DBLP-OpenCitations integration. For non CS/EE, it uses OpenAlex. 🔄 One-Click Refresh: A simple "Refresh" button allows you to clear cached data and re-run the analysis at any time for the most up-to-date calculation. For this tool, a 'self-citation' is defined as any instance where the citing paper and the cited paper share at least one author. Please note that the citation coverage from DBLP, OpenCitations, and OpenAlex is extensive but may not be 100% complete. The calculated rate should be considered a valuable estimate to aid in your research, not as an absolute, definitive figure. Install the Self-Citation Checker today to bring deeper analytical power to your work on Google Scholar
Google Scholar Venue Ranker (GSVR)
Adds DBLP-verified CORE/SJR venue ranks, raw GSVR scores, completeness diagnostics, and reports to Scholar profiles. Google Scholar Venue Ranker (GSVR) is an open-source Chrome extension that adds conference and journal ranking context directly to Google Scholar profile pages. Google Scholar is excellent for browsing publications, but it does not make venue quality easy to inspect. This is especially important in Computer Science, Electrical Engineering, and related conference-driven fields, where the publication venue often provides useful context for evaluating research contributions. GSVR overlays easy-to-read ranking badges beside publications on a Scholar profile. For conference papers, it shows historical CORE conference ranks such as A*, A, B, and C, selecting the appropriate ranking snapshot by publication year. For journal papers, it shows SCImago Journal Rank quartiles such as Q1, Q2, Q3, and Q4. Unlike simple text-matching tools, GSVR uses a conservative DBLP-backed ranking pipeline to help identify venues more reliably instead of relying only on editable Google Scholar venue text. Ambiguous, missing, workshop, demo, poster, and short-paper cases are handled carefully to avoid showing misleading ranks. The extension also includes a Research Quality Score panel, a compact Venue Ranker sidebar, interactive filters, local venue lookup through Venue Explorer, and export options for PDF summaries, full audit reports, HTML, and CSV files. GSVR is designed for researchers, students, reviewers, hiring committees, and academic evaluators who want faster, clearer, and more transparent venue-ranking context while reviewing Google Scholar profiles.
Scholar Spots
Enhances Google Scholar profile pages with additional publication data and cool visualizations. Unlock the full potential of Google Scholar profiles with Scholar Spots! This powerful Chrome extension enhances your research analysis by adding new publication data, e.g., publication type, average citations per year, peak citation period, citation trend, and the most frequent title words, all visualized through interactive, great-looking bubble charts! With Spots, you can quickly analyze a researcher's publication history, track citation trends, and measure the impact of their work—all at a glance. Whether you're a researcher, student, or academic, this tool helps you gain deeper insights into a scholar’s academic output. If you enjoy using Spots, we'd love to hear your feedback! Please consider sending us an email, leaving a positive review, and sharing it with your friends and colleagues!
Google Scholar Search
Google Scholar Search is a lightweight Chrome extension that enhances your research workflow. With a simple right-click, you can search any selected text in Google Scholar, making academic research faster and more efficient. Features: • One-click search in Google Scholar • Works on any webpage • Simple and intuitive interface • No configuration needed • Privacy-focused - no data collection Perfect for: • Students • Researchers • Academics • Anyone interested in scholarly articles How to use: 1. Select any text on a webpage 2. Right-click the selected text 3. Click "Search in Google Scholar" 4. View your search results in a new tab This extension is open source and does not collect any user data.
Journal Metrics
Automatically Discover Quartile Information to Google Scholar page. You can search more data in detail manually. Effortlessly improve your Google Scholar experience with automatic journal quartile information! This extension seamlessly integrates quartile data into any Google Scholar page, allowing you to quickly view the ranking and impact of journals without the need for extra searches. For more comprehensive insights into academic journals, the extension also provides access to additional metrics. Ideal for researchers, academics, and students looking to make informed decisions about their publications and references. V1.0.1: Bug fix for Google Scholar page. When visiting a Google Scholar profile, you’ll now see a floating pie chart summarizing publication types. The chart displays the number of journals by quartile (Q1–Q4), as well as the count of conference papers and unmatched (not found) journals. The dashboard floats on the page and updates dynamically as content loads or changes. V1.0.3 – Chart located after Cited-by section in Google Scholar profile page
