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  1. neil.fraser.nameNeil Fraser

    31 de ago. de 2023 · Neil Fraser is a Google employee who makes software and hardware projects in his spare time. He shares his work on his personal website, where you can find a glockenspiel that anyone can program on the Internet.

    • Software

      Neil's Open-Source Software. Below is a diverse collection...

    • Unusual Hardware

      Neil's Hardware. Here are some of the more successful...

    • Writing

      Neil's Writing 'Creative writing' is usually reserved for...

    • News

      Neil's News 2023 Blockly Glockenspiel Binocular Caps 90°...

    • Slides

      Neil's News 2023 Blockly Glockenspiel Binocular Caps 90°...

    • Differential Synchronization

      Keeping two or more copies of the same document synchronized...

  2. A sandboxed JavaScript interpreter in JavaScript. Execute arbitrary ES5 JavaScript code line by line in isolation and safety. Live demo: https://neil.fraser.name/software/JS-Interpreter/. Documentation: https://neil.fraser.name/software/JS-Interpreter/docs.html.

  3. Neil Fraser is a researcher at Google who works on algorithms for text processing and synchronization. He has published papers on differential synchronization, patching and more.

  4. The web-based visual programming editor. TypeScript 12.3k 3.6k. JS-Interpreter Public. A sandboxed JavaScript interpreter in JavaScript. JavaScript 2k 350. google/diff-match-patch Public. Diff Match Patch is a high-performance library in multiple languages that manipulates plain text. Python 7.3k 1.1k. beaver-games Public.

  5. 27 de feb. de 2021 · Neil's Open-Source Software. Below is a diverse collection of programs which I've written. Enjoy!

  6. Mad Professor (Georgetown, 27 de marzo de 1955), cuyo nombre original es Neil Fraser, es un músico de reggae que fue discípulo de Lee Perry. Fue uno de los pioneros que más influyó sobre el Dub en la segunda generación del reggae.

  7. 8 de sept. de 2009 · A paper by Neil Fraser on a novel algorithm for real-time collaboration across an unreliable network. Learn how differential synchronization works, its advantages and challenges, and its applications.