Performance Analysis of Multichannel and Multi-Traffic on Wireless Communication Networks

Contents......Page 8
List of Figures......Page 14
List of Tables......Page 20
Preface......Page 22
Acknowledgments......Page 28
1  Overview of Multiple Access Communication Networks......Page 30
2  Packet Communication Networks......Page 32
2.2 Single Channel Networks......Page 33
2.3 Multichannel Networks......Page 34
2.4 Multi-Hop Networks......Page 35
3.1 Cellular Mobile Telecommunication Networks......Page 36
3.3 Wireless Local Area Networks......Page 37
4  Multiple Access Protocols......Page 38
4.1 Fixed Assignment Protocols......Page 39
4.2 Random Access Protocols......Page 40
5.1 CSMA......Page 48
5.3 Capture......Page 49
6  Multichannel Networks with Random Access Protocols......Page 50
6.2 CSMA and CSMA/CD......Page 51
7  Multi-Hop Networks with Random Access Protocols......Page 52
7.1 Slotted ALOHA......Page 53
7.3 CDMA......Page 54
8.1 FCA Scheme......Page 55
8.3 HCA Scheme......Page 56
9  Performance Analysis of Wireless Communication Networks......Page 58
9.1 Discrete-Time and Continuous-Time Markov Chains......Page 60
9.2 Probability Distributions......Page 62
10.1 System Models and Performance Analyses......Page 63
10.2 Performance Measures and Common Definitions......Page 68
Part I  Multichannel and Multi-Traffic Networks with Slotted ALOHA Protocol......Page 72
1  Introduction......Page 74
2  System Model......Page 76
3.1 Stationary Probability Distribution......Page 77
3.2 Average Performance Measures......Page 80
3.3 Packet Interdeparture Time Distribution of Type [c]......Page 81
3.4 Joint Probability Distribution of Packet Interdeparture Time and Number of Packet Departures......Page 84
3.5 Packet Delay Distribution......Page 89
4  Numerical Results......Page 94
5  Conclusion......Page 96
1  Introduction......Page 100
2  System Model......Page 101
3.1 Stationary Probability Distribution......Page 103
3.2 Average Performance Measures......Page 105
4  Numerical Results......Page 106
5  Conclusion......Page 107
1  Introduction......Page 112
2  System Model......Page 114
3.1 Analysis of Nonreservation System......Page 116
3.2 Analysis of Reservation System......Page 119
3.3 Packet Departure Distribution......Page 121
3.4 Average Performance Measures......Page 123
3.5 Packet Delay Distribution......Page 127
4  Numerical Results......Page 132
5  Conclusion......Page 135
1  Introduction......Page 142
2  System Model......Page 145
3.1 Joint Probability Generating Function......Page 146
3.2 Analysis for Three-Hop Network......Page 148
3.3 Analysis for N-Hop Network......Page 155
3.4 Two-Hop Parallel Network......Page 168
5  Conclusion......Page 170
Part II  Multichannel and Multi-Traffic Networks with CSMA Protocols......Page 176
1  Introduction......Page 178
2  System Model......Page 181
3.1 Stationary Probability Distribution......Page 182
3.3 Packet Interdeparture Time Distribution of Type [c]......Page 184
3.4 Joint Probability Distribution of Packet Interdeparture Time and Number of Packet Departures......Page 186
3.5 Packet Delay Distribution......Page 188
4  Numerical Results......Page 191
5  Conclusion......Page 192
1  Introduction......Page 198
2  System Model......Page 201
3  Performance Analysis......Page 202
3.2 Analysis of IFT for First State Transition......Page 204
3.3 Analysis of DFT for First State Transition......Page 206
3.4 Analysis for Third State Transition......Page 207
3.6 Average Performance Measures......Page 208
4  Numerical Results......Page 209
5  Conclusion......Page 211
1  Introduction......Page 216
2  System Model......Page 218
3  Performance Analysis......Page 220
3.1 Analysis for Second State Transition......Page 222
3.2 Analysis of IFT for First State Transition......Page 224
3.3 Analysis of DFT for First State Transition......Page 225
3.4 Analysis for Third State Transition......Page 227
3.5 Stationary Probability Distribution......Page 228
3.6 Average Performance Measures......Page 229
3.7 Packet Interdeparture Time Distribution......Page 230
4  Numerical Results......Page 232
5  Conclusion......Page 239
Part III  Multichannel and Multi-Traffic in Wireless Communication Networks with CDMA Protocol and Hybrid Channel Assignment Scheme......Page 248
1  Introduction......Page 250
2  System Model......Page 253
3.1 Stationary Probability Distribution......Page 256
3.2 Packet Departure Distribution......Page 259
3.3 Average Performance Measures......Page 260
3.4 Packet Delay Distribution......Page 262
4  Numerical Results......Page 265
5  Conclusion......Page 268
1  Introduction......Page 274
2  System Model......Page 277
3.1 Interoverflow Time Distribution......Page 279
3.2 Analytical Method I......Page 281
3.3 Analytical Method II......Page 284
4  Numerical Results......Page 290
5  Conclusion......Page 291
1  Introduction......Page 296
2  System Model......Page 298
3.1 Stationary Probability Distribution......Page 300
3.2 Average Performance Measures......Page 306
3.3 Waiting Time Distribution......Page 308
4  Numerical Results......Page 311
5  Conclusion......Page 314
2  Topics for Future Research......Page 318
Derivation of Equation (5.16)......Page 328
Derivation of Equation (8.4)......Page 330
Numerical Calculation Method to Solve Row Vector x in Chapter 11......Page 334
References......Page 338
C......Page 350
M......Page 351
W......Page 352
Z......Page 353