This repository is a curated, actively-maintained personal knowledge base of academic paper reading notes, focused on systems for machine learning, cloud computing, and related areas. It is organized by conference venue (e.g., OSDI, SOSP, MLSys) and by topic (e.g., LLM systems, GPU sharing, memory disaggregation). The core content consists of markdown files with structured summaries (TL;DR, background, design, evaluation) and cross-linked topic aggregation pages. The repository is the source for a GitBook static site and includes scripts for building and serving that site, as well as utilities for PDF text extraction. While not a data pipeline or software application, it functions as a high-quality research resource with consistent formatting, curation guidelines, and reusable templates for note-taking and paper list organization.
This repository is a comprehensive, curated bibliography for the field of dataset distillation, maintained by three researchers. It aggregates over 400 papers organized by methodology (gradient matching, distribution matching, generative approaches, etc.) and application domain (continual learning, privacy, medical, federated, graph, NLP, video, etc.). The project provides a GitHub Pages website (index.html) that renders the paper list with links to code, project pages, and BibTeX citations, plus a sidebar for navigation. Supporting Python scripts (transform_record.py, validate_articles.py, catch_latest.py) manage the data pipeline: parsing a custom update format, validating article records, and merging latest additions. The repository is a hybrid of a data curation project (structured paper database) and a static web application (client-side rendering). While the code is simple and functional, there are data quality issues such as trailing whitespace in URLs, mismatched citation keys, and future-dated entries, indicating manual update processes that are not fully automated. The project is actively maintained with frequent additions, but the lack of pinned dependencies and automated CI validation limits reproducibility.