How prepared are you when it comes to building network-enabled applications? This book provides what every web developer should know about the network - from fundamental limitations that affect performance to major innovations for building even more powerful browser apps. By understanding what the browser can and cannot do, you'll be able to make better design decisions and deliver faster web applications to your users. Author Ilya Grigorik - a developer advocate and web performance engineer at Google - starts with the building blocks of TCP and UDP, and then dives into newer technologies such as HTTP 2.0, WebSockets, and WebRTC. This book explains the benefits of these technologies and helps you determine which ones to use for your next application. Learn how TCP affects the performance of HTTP Understand why mobile networks are slower than wired networks Use best practices to address performance bottlenecks in HTTP Discover how HTTP 2.0 (based on SPDY) will improve networking Learn how to use Server Sent Events (SSE) for push updates, and WebSockets for XMPP chat Explore WebRTC for browser-to-browser applications such as P2P video chat Examine the architecture of a simple app that uses HTTP 2.0, SSE, WebSockets, and WebRTC
Ilya Grigorik is a developer advocate and web performance engineer at Google. He spends his days and nights working on making the web faster and building and driving adoption of performance best practices. Prior to focusing on web performance Ilya was the founder and CTO of PostRank, a social analytics company which was acquired by Google and became the core of social analytics reporting within Google Analytics. Whenever not thinking web performance, or analytics, Ilya can be found contributing to open-source projects, reading, or building fun projects like VimGolf, GitHub Archive and others.
How prepared are you when it comes to building network-enabled applications? This book provides what every web developer should know about the network - from fundamental limitations that affect performance to major innovations for building even more powerfu...
评分Fiber-to-the-home, on average, has the best performance in terms of latency, with 18 ms average during the peak period, with cable having 26 ms latency and DSL 44 ms latency. 译文说的是: “光纤入户服务的平均往返时间为18 ms,有线电视线路上网平均为26 ms,...
评分Fiber-to-the-home, on average, has the best performance in terms of latency, with 18 ms average during the peak period, with cable having 26 ms latency and DSL 44 ms latency. 译文说的是: “光纤入户服务的平均往返时间为18 ms,有线电视线路上网平均为26 ms,...
评分本书是谷歌公司高性能团队核心成员的权威之作,堪称实战经验与规范解读完美结合的产物。本书目标是涵盖Web 开发者技术体系中应该掌握的所有网络及性能优化知识。全书以性能优化为主线,从TCP、UDP 和TLS 协议讲起,解释了如何针对这几种协议和基础设施来优化应用。然后深入探讨...
评分先说书名,我看到这书名的时候其实还思量着书里面会讲些Web前端(HTML、CSS、JS层面)以及Web后端(后台程序、数据库、缓存等)的优化,但实际上只是很简略的提过一下HTML页面上资源加载的优化。于是我猜想是不是翻译的问题,查了英文版名称《High Performance Browser Network...
本年度看到的最佳技术书籍,涵盖范围全并且每个主题都颇具深度,非常实用。
评分深刻理解网络延迟,带宽解决不了问题,你不可能超过光速。
评分涨知识。废话略多,扣分。mobile 和 webrtc 没看。
评分early release ver. http://shop.oreilly.com/product/0636920028048.do ch02: net.ipv4.tcp_window_scaling=1 net.ipv4.tcp_slow_start_after_idle=0
评分很多细节的网络优化技巧,连移动基站都讲,路子挺野
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