This article explores V8's memory management mechanisms, explaining how browser crashes often stem from memory issues and providing insights into garbage collection, memory leaks, and optimization techniques.
This article explains what browser repaint (reflow) is, how screen refresh rates and the pixel pipeline work, the performance impact of excessive repaints—including CPU load and CLS—and provides practical strategies to minimize reflows for smoother web experiences.
The article explains how modern browsers handle TCP connections and HTTP requests, covering persistent connections, the limits of HTTP/1.1 pipelining, the advantages of HTTP/2 multiplexing, and browser-imposed limits on simultaneous connections per host.
This article traces the ten‑year evolution from Emscripten’s early C++‑to‑JavaScript compiler through asm.js to modern WebAssembly, highlighting key milestones, technical challenges, performance optimizations, and real‑world applications such as games, AutoCAD, and Google Meet, while providing code examples and installation steps.
This roundup highlights 2020's most common passwords, Chrome 87's performance surge, Gartner's cloud spending forecast, Facebook's AI hate‑speech detection, ZTE's AI‑driven energy saving, AMD's MI100 AI accelerator, curriculum‑learning NLU improvements, and EMNLP's silent‑speech breakthrough.
JavaScript’s role in web performance is critical, and Intel’s new SIMD APIs—now being integrated into Chrome and Firefox—enable cross‑platform, plugin‑free acceleration that can boost script execution by 3‑10× on both x86 and ARM CPUs, as demonstrated on multiple hardware platforms.
