物理层网络编码引论(英文版香农信息科学经典)

物理层网络编码的概念自2006年提出以来已成 为了无线通信与网络的一个子领域。本书是物理层 网络编码提出者亲撰的引论，由作者在香港中文大 学的研究生课程讲义发展而来。书中通过关注物理 层网络编码研究中出现的问题，使读者对无线通信 和网络中的各种细微差别有更深入的了解。书中还 专门介绍了解决物理层网络编码问题所需的工具和 技术，它们引自信号处理、通信和网络等诸多学科 ，来解决实际的研究问题。这种以问题为中心的研 究方法将使读者对这些学科有更深刻的认识。本书 可供通信和网络相关学科的学生和技术人员学习， 让读者深入掌握物理层网络编码领域的基础知识及 探索未来可能的发展方向。

Preface Acknowledgments 1 A Brief Tutorial of PNC 1.1 Non-Network-Coded Scheme (TS) 1.2 Non-Physical-Layer Network Coding Scheme (SNC) 1.3 Physical-layer Network Coding Scheme (PNC) 1.4 Generalization of PNC 1.5 Important Issues in PNC 1.5.1 Consideration of Noise 1.5.2 Forward Error Control with Channel Coding 1.5.3 Synchronization 1.5.4 Non-sym metric Fading Channels and Channel Estimation 1.5.5 General Network Topologies and Higher-layer Issues 1.5.6 Implementation and Prototyping Efforts 1.6 Concluding Remarks for the Brief Tutorial 2 Communication Theory and Signal Processing in PNC Systems 2.1 PNC Modulation 2.1.1 Non-Channel-Coded PNC 2.2 Channel-Coded PNC 2.2.1 Channel-Coded PNC 2.2.2 General Introduction of Channel-Coded PNC 2.2.3 CNC Design for Channel-Coded PNC 2.2.4 Bit Interleaved Channel-Coded PNC (for XOR-CD) 2.3 Asynchronous PNC 2.3.1 Asynchronous Non-Channel-Coded PNC 2.3.2 Asynchronous Channel-Coded PNC 2.4 Frequency-Domain PNC (FPNC) 2.4.1 Effective Discrete-time Channel Gains 2.4.2 Delay-spread-within-CP Requirement 2.5 PNC with Multiple Antennas 2.5.1 Linear MIMO NC (MUD-XOR) 2.5.2 Linear MIMO PNC Detection 2.5.3 Numerical Simulation 2.6 To Probe Further 2.6.1 Channel-Coded PNC 2.6.2 Synchronization Issues 2.6.3 MIMO PNC 2.6.4 Channel Estimation 2.6.5 Multi-way PNC 2.6.6 Other Topics 2.7 Conclusion and Remarks 3 Information-Theoretic Analysis of PNC Systems 3.1 Capacity Analysis 3.1.1 Outer Bound for PNC Information Capacity 3.1.2 Link-by-link Channel-Coded PNC 3.1.3 End-to-End Channel-Coded ANC 3.2 Energy Implications of PNC for Gaussian TWRC 3.3 To Probe Further 4 PNC Networks 4.1 Asymptotic Network Throughput Analysis 4.1.1 Topology 1: Regular 1-D Network 4.1.2 Topology 2: Random 1-D Network 4.1.3 Topology 3: Regular 2-D Network 4.1.4 Topology 4: Random 2-D Network 4.2 Practical MAC Protocol Design 4.3 To Probe Further 5 PNC Implementations 5.1 Software-Defined Radio Implementation of PNC in a TWRC 5.1.1 Challenges 5.1.2 Frame Format 5.1.3 Addressing Key Implementation Challenges in FPNC 5.1.4 FPNC Mapping 5.1.5 Experimental Results 5.1.6 Discussions 5.2 PNC in Multiple Access Systems 5.2.1 Overview 5.2.2 MAC-Layer M essage Decoding Algorithm 5.2.3 PHY-Layer Channel Decoding 5.2.4 Implementation and Experimental Results 5.2.5 Supplementary Materials Containing Further Details 5.2.6 Discussions 5.3 Optical PNC 5.3.1 PNC in Passive Optical Network 5.4 To Probe Further A System Model and Notation B Belief Propagation Algorithm B.1 Message-Passing Algorithm for Non-Channel-Coded Asynchronous PNC B.2 General BP Algorithm B.3 General Message Computation B.4 Order of Message Computations: Tree Graphs and Graphs with Cycles References Authors' Biographies