🖼️ GPT Image 1.5
🔗 Read more 🔗
🌏 Japan Modernizes Its Romanization Rules After 70 Years
This reform brings Japan closer to international language norms and enhances accessibility for learners worldwide — a reflection of evolving global communication standards.
Japan’s Cultural Affairs Agency plans to replace the official Kunrei system with the globally familiar Hepburn style, reforming Japanese romanization for the first time in seven decades. The update will reshape educational materials and government documents while keeping flexibility for names and organizations.
🔗 Read more 🔗
🎮 Sega Channel Archives Restored: 100+ ROMs Rescued by VGHF
A milestone in digital preservation, this project showcases how community-driven archiving can revive lost pieces of gaming history — and highlights the early roots of modern game distribution.
The Video Game History Foundation has recovered over 100 Sega Channel ROMs, including rare system data, exclusive games, and prototypes once considered lost. Collaborating with former Sega staff and preservationists, the team revealed the full scope of the 1990s digital distribution service and its successor plans. All materials are now digitized and shared with archival partners.
🔗 Read more 🔗
🛡️ Optimization Countermeasures: Securing Code Against Compiler Leaks
A thoughtful exploration of how compiler behavior impacts cryptographic safety — essential reading for systems programmers and security engineers alike.
This essay examines how constant-time programming defends cryptographic code from timing attacks and unsafe compiler optimizations. It introduces the ‘value barrier’ technique—using inline assembly to block risky assumptions while maintaining performance—and discusses its role in C++, LLVM, and Clang’s new intrinsic __builtin_ct_select.
🔗 Read more 🔗
🧠 Single-Pass Huffman Coding in Haskell
A rigorous and elegant exploration of algorithmic optimization through functional programming — ideal for readers who appreciate both mathematical beauty and practical performance gains.
This article presents a Haskell implementation of Huffman coding that performs the algorithm in a single pass using advanced functional programming techniques. It explores concepts such as circular programming, monoidal structures, and ‘there and back again’ transformations to achieve both efficiency and purity. The author also highlights how these abstractions can generalize to other algorithmic contexts.
🔗 Read more 🔗