Technical Book: Block Coding Modulation Techniques Using Viterbi Decoding
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Publication Month: April 2008 Format: B5 size, 180 pages Price: 7,245 yen (including tax) Author: Lee Hwan-bang, Ministry of Posts and Telecommunications, Communications Research Institute, Kashima Space Communication Center, Head Researcher of Space Communication Technology Research Laboratory
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Chapter 1: Fundamentals of Channel Coding 1. Model of Digital Communication Systems 2. Basic Concept of Error Correction Codes 3. Block Codes 4. Convolutional Codes Chapter 2: Fundamentals of Coded Modulation 1. Evaluation of Coded Modulation Schemes 2. Maximum Likelihood Decoding and Viterbi Decoding 3. Trellis Coded Modulation 4. Block Coded Modulation Chapter 3: Block Codes with Trellis Structure 1. Product Codes 2. Linear Block Codes 3. Reed-Solomon Codes 4. Other Codes Chapter 4: Block Coded Modulation Using Viterbi Decoding 1. Block Coded Modulation Using Product Codes 2. Block Coded Modulation Based on Extension of Signal Point Sets 3. Multidimensional Block Coded Modulation 4. Characteristics of Block Coded Modulation Using Viterbi Decoding Chapter 5: Multiple Block Coded Modulation and Its Viterbi Decoding 1. Concept of Multiple Coded Modulation 2. Construction Method of Multiple Block Coded Modulation 3. 2 Symbols/Branch Block Coded 8-Phase PSK Scheme 4. Multiple Block Coded 16-Phase PSK Scheme
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Chapter 6: Fading Channels and Fading Compensation Techniques 1. Fading Channel Models 2. Deterioration of Communication Quality Due to Fading 3. Estimation and Compensation of Channel Fading 4. Error Rate Characteristics of M-PSK Using Fading Estimation Compensation Chapter 7: Block Coded Modulation in Fading Channels 1. Code Design Criteria for Fading Channels 2. Fading Resilient Techniques 3. Code Design for Multi-dimensional Block Coded Modulation 4. Code Design for Multiple Block Coded Modulation 5. Impact of Code Length in Fading Channels Chapter 8: Application of Block Coded Modulation to Unequal Error Protection 1. Unequal Error Protection 2. Realization of Unequal Error Rate Characteristics Using Product Codes 3. Methods Using Multi-dimensional Block Coded Modulation and Non-set Partitioning 4. Generalized 8-Phase PSK Multi-block Coded Modulation 5. Methods Using Multi-block Coded Modulation and Unequal Signal Point Arrangement
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