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資訊理論的信息譜方法(英文版香農信息科學經典)

  • 作者:(日)韓太舜|責編:陳亮//劉葉青
  • 出版社:世圖出版公司
  • ISBN:9787519296896
  • 出版日期:2023/01/01
  • 裝幀:平裝
  • 頁數:538
人民幣:RMB 129 元      售價:
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內容大鋼
    本書聚焦于任意非平穩和/或附帶任意大寫字母的非遍歷源和通道,很好地補充了現有文獻在資訊理論和編碼理論方面內容的不足。本書特色有三:一是別具特色的講述方式——雖然內容主題比較常見,但作者在闡述各種概念定理時採用了非傳統的方式,讓人眼前一亮。二是作者廣闊的知識面和獨特的思維為許多問題提供了新的見解,富有原創性。此外,本書內容豐富詳實,還包含了相當多的歷史評論和大量的參考書目,為讀者進一步閱讀拓展知識面提供了參考書目。

作者介紹
(日)韓太舜|責編:陳亮//劉葉青

目錄
1  Source Coding
  1.1  Source Coding: Fixed-Length Codes
  1.2  Source Coding: Variable-Length Codes
  1.3  Coding for General Sources: Fixed-Length Codes
  1.4  Fixed-Length Coding for Mixed Sources
  1.5  Strong Converse Theorem for Source Coding
  1.6  ε-Source Coding
  1.7  Coding for General Sources: Variable-Length Codes
  1.8  Coding for General Source: Weak Variable-Length Codes
  1.9  Source Coding and Large Deviation: Decoding Error Probability
  1.10  Source Coding and Large Deviation: Probability of Correct Decoding
  1.11  Reliability Functions of the General Source with Variable-Length Coding
  1.12  Information Spectrum and Invariancy
2  Random Number Generation
  2.1  Random Number Generation
  2.2  Resolvability and Intrinsic Randomness
  2.3  Strong Converse Theorem for Random Number Generation
  2.4  δ-Random Number Generation
  2.5  Variable-Length Intrinsic Randomness
  2.6  Random Number Generation and Source Coding
3  Channel Coding
  3.1  Channel Coding: Stationary Memoryless Channel
  3.2  Coding for General Channel
  3.3  Coding for Mixed Channels
  3.4  ε-Channel Coding
  3.5  Strong Converse Theorem on Channel Coding
  3.6  Channel Capacity with Cost Constraint
  3.7  Strong Converse Property of Channel with Cost Constraint
  3.8  Joint Source-Channel Coding
  3.9  Separation Theorems of the Traditional Type
4  Hypothesis Testing
  4.1  Hypothesis Testing
  4.2  ε-Hypothesis Testing
  4.3  Strong Converse Theorem for Hypothesis Testing
  4.4  Hypothesis Testing and Large Deviation Probability ofTesting Error
  4.5  Hypothesis Testing and Large Deviation: Probability ofCorrect Testing
  4.6  Generalized Hypothesis Testing
  4.7  Hypothesis Testing and Source Coding
5  Rate-Distortion Theory
  5.1  Coding Subject to Distortion Criterion
  5.2  Rate-Distortion Theory for Stationary Memoryless Sources
  5.3  General Rate-Distortion Theory
  5.4  Rate-Distortion Function Rfm(D|X)
  5.5  Rate-Distortion Function Rfa(D|X)
  5.6  Rate-Distortion Function Rum(D|X)
  5.7  Rate-Distortion Function Rua(D|X)
  5.8  Rate-Distortion for Stationary Memoryless Sources Revisited
  5.9  Rate-Distortion for Stationary Ergodic Sources
  5.10  Rate-Distortion Function for Mixed Sources
6  Identification Code and Channel Resolvability

  6.1  Identification Code and Channel Resolvability
  6.2  Identification Coding
  6.3  Channel Resolvability
  6.4  Identification Capacity Theorem and Channel Resolvability Theorem
  6.5  Identification Capacity with Cost Constraint
  6.6  Channel Resolvability with Cost Constraint
  6.7  Identification Capacity and Resolvability of Continuous Input Channels
  6.8  Identification-Transmission Codes
7  Multi-Terminal Information Theory
  7.1  What Is Multi-Terminal Information Theory?
  7.2  The Slepian-Wolf Source Coding System
  7.3  Slepian-Wolf Source Coding for Mixed Sources
  7.4  ε-Source Coding for Slepian-Wolf Source Coding System
  7.5  Strong Converse Theorem for Slepian-Wolf Source Coding System
  7.6  Multiple-Access Channel Coding Systems
  7.7  General Capacity Region Theorem for Multiple-AccessChannels
  7.8  Stationary Memoryless Multiple-Access Channels
  7.9  Mixed Multiple-Access Channels 7.7.1
  7.11  ε-Coding for Multiple-Access Channel
  7.12  Strong Converse Theorem for Multiple-Access Channels
  7.13  Multiple-Access Channels with Cost Constraint
References
Index

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