Iterative Receiver Design -cambridge press

lan9jian

author： Henk Wymeersch   （Massachusetts Institute of Technology）
discriptions：based the sum-product algrithm, a new method was used in communications
contents：
1 Introduction 1
1.1 Motivation 1
1.2 The structure of this book 2
2 Digital communication 5
2.1 Introduction 5
2.2 Digital communication 6
2.3 Single-user, single-antenna communication 9
2.4 Multi-antenna communication 12
2.5 Multi-user communication 15
2.6 Goals and working assumptions 17
2.7 Main points 17
3 Estimation theory and Monte Carlo techniques 19
3.1 Introduction 19
3.2 Bayesian estimation 19
3.3 Monte Carlo techniques 25
3.4 Main points 33
4 Factor graphs and the sum–product algorithm 35
4.1 A brief history of factor graphs 35
4.2 A ten-minute tour of factor graphs 37
4.3 Graphs, factors, and factor graphs 42
4.4 Marginals and the sum–product algorithm 50
4.5 Normal factor graphs 62
4.6 Remarks on factor graphs 66
4.7 The sum and product operators 71
4.8 Main points
5 Statistical inference using factor graphs 77
5.1 Introduction 77
5.2 General formulation 77
5.3 Messages and their representations 86
5.4 Loopy inference 100
5.5 Main points 104
6 State-space models 105
6.1 Introduction 105
6.2 State-space models 106
6.3 Hidden Markov models 113
6.4 Linear Gaussian models 117
6.5 Approximate inference for state-space models 127
6.6 Main points 133
7 Factor graphs in digital communication 135
7.1 Introduction 135
7.2 The general principle 135
7.3 Opening nodes 137
7.4 Main points 141
8 Decoding 143
8.1 Introduction 143
8.2 Goals 144
8.3 Block codes 145
8.4 Repeat–accumulate codes 149
8.5 Low-density parity-check codes 154
8.6 Convolutional codes 163
8.7 Turbo codes 170
8.8 Performance illustration 174
8.9 Main points 175
9 Demapping 177
9.1 Introduction 177
9.2 Goals 178
9.3 Bit-interleaved coded modulation 178
9.4 Trellis-coded modulation 182
9.5 Performance illustration 184
9.6 Main points 184
10 Equalization–general formulation 187
10.1 Introduction 187
10.2 Problem description 188
10.3 Equalization methods 189
10.4 Interaction with the demapping and the decoding node 203
10.5 Performance illustration 203
10.6 Main points
11 Equalization: single-user, single-antenna communication 207
11.1 Introduction 207
11.2 Single-carrier modulation 208
11.3 Multi-carrier modulation 213
11.4 Main points 216
12 Equalization: multi-antenna communication 217
12.1 Introduction 217
12.2 Single-carrier modulation 218
12.3 Multi-carrier modulation 223
12.4 Main points 225
13 Equalization: multi-user communication 227
13.1 Introduction 227
13.2 Direct-sequence code-division multiple access 228
13.3 Orthogonal frequency-division multiple access 234
13.4 Main points 236
14 Synchronization and channel estimation 237
14.1 Introduction 237
14.2 Channel estimation, synchronization, and factor graphs 237
14.3 An example 239
14.4 Main points

scsdyxf

谢谢！！

relay

好书，谢谢

raowy2009

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人外有人，天外有天”这句话。谢谢侬！在看完这帖子以后，我没有立即回复，因为我生怕我庸俗不堪的回复会玷污了这网上少有的帖子。但是我还是回复了，因为觉得如果不能在如此精彩的帖子后面留下自己的网名，那我死也不会瞑目的！能够在如此精彩的帖子后面留下自己的网名是多么骄傲的一件事啊！楼主，请原谅我的自私！我知道无论用多么华丽的辞藻来形容楼主您帖子的精彩程度都是不够的，都是虚伪的，所以我只想说一句：您的帖子太好看了！我愿意一辈子看下去！这篇帖子构思新颖，题材独具匠心，段落清晰，情节诡异，跌宕起伏，主线分明，引人入胜，平淡中显示出不凡的文学功底，可谓是字字珠玑，句句经典，是我辈应当学习之典范。正所谓：“一马奔腾，射雕引弓，天地都在我心中！”楼主真不愧为无厘界新一代的开山怪！本来我已经对这个社区失望了，觉得这个社区没有前途了，心里充满了悲哀。但是看了你的这个帖子，又让我对社区产生了希望。是你让我的心里重新燃起希望之火，是你让我的心死灰复燃，是你拯救了我一颗拔凉拔凉的心！本来我决定不在社区回任何帖子了，但是看了你的帖子，我告诉自己这个帖子是一定要回的！这是百年难得一见的好贴啊！苍天有眼啊，让我在有生之年得以观得如此精彩绝伦的帖子！

buaamit

这本书挺不错的，网上还能找到他的配套ppt

koala5520

顶一下

a20021982

很热门的理论 谢谢了！

matianming83

zzdh0106

要看，要看

matrix_er

好书啊