
Jinho Lee contributed to the AIS-SNU/AIS-lab-website repository by delivering four feature updates and a bug fix over four months, focusing on content and data management. He enhanced the site’s publication and news sections by adding new research entries, updating metadata, and ensuring accurate event timelines, all managed through disciplined Git workflows. Using YAML for structured data and leveraging content management best practices, Jinho improved the discoverability and integrity of research outputs. His work emphasized repository-driven deployment, version-controlled asset delivery, and careful documentation, resulting in a more reliable, up-to-date website that supports both user trust and research visibility.

September 2025 monthly summary focused on AIS-lab-website: delivered content updates and improvements across publications and news sections, and ensured data correctness to support credibility and outreach.
September 2025 monthly summary focused on AIS-lab-website: delivered content updates and improvements across publications and news sections, and ensured data correctness to support credibility and outreach.
July 2025 monthly summary for AIS-lab-website: - Key feature delivered: CrossBit MICRO 2025 publication announcement added to the website. Updated news and publications sections to include CrossBit: Bitwise Computing in NAND Flash Memory with Inter-Bitline Data Communication; reflected MICRO 2025 acceptance in sources and news YAML files. - Major bugs fixed: No major bugs fixed this month (no bug fixes logged for AIS-lab-website in July 2025). - Overall impact: Strengthened research visibility by promptly publishing MICRO 2025 acceptance; improved data integrity and maintainability of publication records; prepared the site for ongoing dissemination of research outputs. - Technologies/skills demonstrated: Git version control (two commits), YAML-based data updates for news/publications, content management workflows, cross-team collaboration with VLSI lab.
July 2025 monthly summary for AIS-lab-website: - Key feature delivered: CrossBit MICRO 2025 publication announcement added to the website. Updated news and publications sections to include CrossBit: Bitwise Computing in NAND Flash Memory with Inter-Bitline Data Communication; reflected MICRO 2025 acceptance in sources and news YAML files. - Major bugs fixed: No major bugs fixed this month (no bug fixes logged for AIS-lab-website in July 2025). - Overall impact: Strengthened research visibility by promptly publishing MICRO 2025 acceptance; improved data integrity and maintainability of publication records; prepared the site for ongoing dissemination of research outputs. - Technologies/skills demonstrated: Git version control (two commits), YAML-based data updates for news/publications, content management workflows, cross-team collaboration with VLSI lab.
April 2025 focused on content freshness and data quality for AIS-lab-website. Delivered the ICS 2025 acceptance news post and comprehensive paper metadata, and completed a quality fix to ensure the paper title is correct and the thumbnail reflects the paper. These changes improve search visibility, accuracy of published information, and user trust, while demonstrating solid version control discipline.
April 2025 focused on content freshness and data quality for AIS-lab-website. Delivered the ICS 2025 acceptance news post and comprehensive paper metadata, and completed a quality fix to ensure the paper title is correct and the thumbnail reflects the paper. These changes improve search visibility, accuracy of published information, and user trust, while demonstrating solid version control discipline.
Month: 2024-12 — Focused on content delivery updates for AIS-lab-website. Delivered new binary documents to the webserver with a single, traceable commit; no changes to application logic. This work improves document availability for end users and maintains repository-driven deployment.
Month: 2024-12 — Focused on content delivery updates for AIS-lab-website. Delivered new binary documents to the webserver with a single, traceable commit; no changes to application logic. This work improves document availability for end users and maintains repository-driven deployment.
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