高性能浏览器网络（影印版） azw3 chm 地址 kindle 阿里云 下载 umd pdf

你为搭建快速而又高效的Web应用做了多少准备? 从可能影响性能的基础架构局限性到搭建更强大浏览器应用的诸多创新技术一一包括HTTP 2．0和xHR改进、服务器发送事件(SSE)、 WebSocket 以及WebRTc，格里戈利克编著的《高性能浏览器网络 (影印版)》这本具有说服力的书籍为每一名Web开发人员提供了其所应该了解的关于网络的方方面面。

作为一名Google的Web性能工程师，作者Ilya Grigorik展示了针对 TCP、UDP和TLS协议的性能优化*实践，他还解释了无线和移动网络优化特有的需求。接下来你会深入了解各种技术的性能特性，包括HTTP 2．0、基于xHR的客户端网络脚本、基于SSE和 WebSocket的实时数据流以及基于WebRTC的P2P通信。

Foreword

Preface

Part I. Networking101

  1. Primer on Latency and Bandwidth

     Speed Is a Feature

     The Many Components of Latency

     Speed of Light and Propagation Latency

     Last-Mile Latency

     Bandwidth in Core Networks

     Bandwidth at the Network Edge

     Delivering Higher Bandwidth and Lower Latencies

  2. Building Blocks of KP

     Three-Way Handshake

     Congestion Avoidance and Control

     Flow Control

     Slow-Start

     Congestion Avoidance

     Bandwidth-Delay Product

     Head-of-Line Blocking

     Optimizing for TCP

     Tuning Server Configuration

     Tuning Application Behavior

     Performance Checklist

  3. Building BI0cksofUDP

     Null Protocol Services

     UDP and Network Address Translators

     Connection-State Timeouts

     NAT Traversal

     STUN, TURN, and ICE

     Optimizing for UDP

  4. Transport Layer Security (TLS)

     Encryption, Authentication, and Integrity

     TLS Handshake

     Application Layer Protocol Negotiation (ALPN)

     Server Name Indication (SNI)

     TLS Session Resumption

     Session Identifiers

     Session Tickets

     Chain of Trust and Certificate Authorities

     Certificate Revocation

     Certificate Revocation List (CRL)

     Online Certificate Status Protocol (OCSP)

     TLS Record Protocol

     Optimizing for TLS

     Computational Costs

     Early Termination

     Session Caching and Stateless Resumption

     TLS Record Size

     TLS Compression

     Certificate-Chain Length

     OCSP Stapling

     HTTP Strict Transport Security (HSTS)

     Performance Checklist

     Testing and Verification

Part II. Performance of Wireless Networks

  5. Introduction to Wireless Networks

     Ubiquitous Connectivity

     Types of Wireless Networks

     Performance Fundamentals of Wireless Networks

     Bandwidth

     Signal Power

     Modulation

Part III. HTTP

Part IV. Browser APIs and Protocols

Index

     Ilya

Grigorik是一名Google公司的Web性能工程师和开发人员，他主要负责通过搭建和推动采用Google内外部的性能*实践来使得Web访问更为迅速。  

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A reversible change in thermodynamics is a change that can be reversed by an infinitesimal modification of a variable. The key word 'infinitesimal' sharpens the everyday meaning of the word 'reversible' as something that can change direction. We say that a system is in equilibrium with its surroundings if an infinitesimal change in the conditions in opposite directions results in opposite changes in its state.

Intermolecular forces are so important when the temperature is so low that the molecules travel with such low mean speed that can be captrued by one another.

At low pressures, when the sample occupies a large volume, the molecular are so far apart for most of the time that the intermolecular forces plya no significant role, and the gas behaves virtually perfectly.

At moderate pressures, when the average separation of the moleculer is only a few molecular diameters, the attractive forces dominate the repulsive forces. In this case, the gas can be expected to be more compressible than a perfect gas because the forces help to draw the molecules together.

At high pressures, when the average separation of the molecules is small, the repulsive force dominate and the gas can be expected to be les...

At very low pressures, all the gases shown have ≈ 1 and behave nearly perfectly.

At high pressures, all the gases have Z > 1, signifying that they have a larger volume than a perfect. Repulsive forcess are now dominant.

At intermediave pressures, most gases have Z < 1, indicating that the attractive forces are reducing the molar volume relative to that of a perfect gas.

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