Performance Analysis of Multi-Channel and Multi-Traffic on Wireless Communication Networks / Edition 1

Performance Analysis of Multi-Channel and Multi-Traffic on Wireless Communication Networks / Edition 1

by Wuyi Yue
     
 

Aimed at post-graduate students of computer science and engineering, this text discusses the mathematical analysis of system performance in wireless communication networks. It presents exact and approximate analytical solution methods and techniques using queuing theory in complex multimedia traffic systems with procedures of random multiple access schemes. Some of… See more details below

Overview

Aimed at post-graduate students of computer science and engineering, this text discusses the mathematical analysis of system performance in wireless communication networks. It presents exact and approximate analytical solution methods and techniques using queuing theory in complex multimedia traffic systems with procedures of random multiple access schemes. Some of the types of networks analyzed include slotted ALOHA multi-channel networks, prioritized multi-hop packet radio networks, and cellular mobile networks with hand-off. Yue teaches at Konan U. in Japan and Matsumoto is with I.T.S., Inc. Annotation ©2003 Book News, Inc., Portland, OR

Product Details

ISBN-13:
9780792376774
Publisher:
Springer US
Publication date:
02/28/2002
Edition description:
2002
Pages:
324
Product dimensions:
9.21(w) x 6.14(h) x 0.81(d)

Table of Contents

List of Figuresxiii
List of Tablesxix
Prefacexxi
Acknowledgmentsxxvii
1.Introduction1
1Overview of Multiple Access Communication Networks1
2Packet Communication Networks3
2.1Local Area Networks4
2.2Single Channel Networks4
2.3Multichannel Networks5
2.4Multi-Hop Networks6
3Wireless Communication Networks7
3.1Cellular Mobile Telecommunication Networks7
3.2Mobile Packet Radio Networks8
3.3Wireless Local Area Networks8
4Multiple Access Protocols9
4.1Fixed Assignment Protocols10
4.1.1TDMA10
4.1.2FDMA10
4.1.3CDMA11
4.2Random Access Protocols11
4.2.1Pure ALOHA13
4.2.2Slotted ALOHA14
4.2.3CSMA and CSMA/CD14
4.2.4Performance Comparisons for ALOHA and CSMA17
4.2.5CSMA/CA18
4.2.6Reservation Multiple Access Protocols18
5Mobile Packet Radio Networks with Random Access Protocols19
5.1CSMA19
5.2CSMA/CD20
5.3Capture20
6Multichannel Networks with Random Access Protocols21
6.1Slotted ALOHA22
6.2CSMA and CSMA/CD22
7Multi-Hop Networks with Random Access Protocols23
7.1Slotted ALOHA24
7.2CSMA and CSMA/CD25
7.3CDMA25
8Channel Assignment Schemes in Cellular Mobile Networks26
8.1FCA Scheme26
8.2DCA Scheme27
8.3HCA Scheme27
8.4Hand-Off29
9Performance Analysis of Wireless Communication Networks29
9.1Discrete-Time and Continuous-Time Markov Chains31
9.2Probability Distributions33
10System Models and Performance Analyses in the Book34
10.1System Models and Performance Analyses34
10.2Performance Measures and Common Definitions39
Part IMultichannel and Multi-Traffic Networks with Slotted ALOHA Protocol
2.Output and Delay Process Analysis of Slotted Aloha Multichannel Networks45
1Introduction45
2System Model47
3Performance Analysis48
3.1Stationary Probability Distribution48
3.2Average Performance Measures51
3.3Packet Interdeparture Time Distribution of Type [c]52
3.4Joint Probability Distribution of Packet Interdeparture Time and Number of Packet Departures55
3.5Packet Delay Distribution60
4Numerical Results65
5Conclusion67
3.Performance Analysis of Multichannel Slotted Aloha Networks with Capture71
1Introduction71
2System Model72
3Performance Analysis74
3.1Stationary Probability Distribution74
3.2Average Performance Measures76
4Numerical Results77
5Conclusion78
4.Output and Delay Process Analysis of Multichannel Networks with Voice/Data83
1Introduction83
2System Model85
3Performance Analysis87
3.1Analysis of Nonreservation System87
3.2Analysis of Reservation System90
3.3Packet Departure Distribution92
3.4Average Performance Measures94
3.5Packet Delay Distribution98
4Numerical Results103
5Conclusion106
5.Performance Analysis of Prioritized Multihop Packet Radio Networks113
1Introduction113
2System Model116
3Performance Analysis117
3.1Joint Probability Generating Function117
3.2Analysis for Three-Hop Network119
3.2.1Fully Connected Three-Hop Network119
3.2.2Tandem Three-Hop Network123
3.3Analysis for N-Hop Network126
3.3.1Queue Length Distribution128
3.3.2Average Performance Measures132
3.3.3Transmission State Distribution132
3.4Two-Hop Parallel Network139
4Numerical Results141
5Conclusion141
Part IIMultichannel and Multi-Traffic Networks with CSMA Protocols
6.Output and Delay Process Analysis of Slotted CSMA/CD Multichannel Lans149
1Introduction149
2System Model152
3Performance Analysis153
3.1Stationary Probability Distribution153
3.2Average Performance Measures155
3.3Packet Interdeparture Time Distribution of Type [c]155
3.4Joint Probability Distribution of Packet Interdeparture Time and Number of Packet Departures157
3.5Packet Delay Distribution159
4Numerical Results162
5Conclusion163
7.Performance Analysis of CSMA/CA Wireless Lans169
1Introduction169
2System Model172
3Performance Analysis173
3.1Analysis for Second State Transition175
3.2Analysis of IFT for First State Transition175
3.3Analysis of DFT for First State Transition177
3.4Analysis for Third State Transition178
3.5Stationary Probability Distribution179
3.6Average Performance Measures179
4Numerical Results180
5Conclusion182
8.Output Process Analysis of Wireless CSMA/CA Lans with Voice/Data187
1Introduction187
2System Model189
3Performance Analysis191
3.1Analysis for Second State Transition193
3.2Analysis of IFT for First State Transition195
3.3Analysis of DFT for First State Transition196
3.4Analysis for Third State Transition198
3.5Stationary Probability Distribution199
3.6Average Performance Measures200
3.7Packet Interdeparture Time Distribution201
4Numerical Results203
5Conclusion210
Part IIIMultichannel and Multi-Traffic in Wireless Communication Networks with CDMA Protocol and Hybrid Channel Assignment Scheme
9.Output and Delay Process Analysis of CDMA Networks with Voice/Data221
1Introduction221
2System Model224
3Performance Analysis227
3.1Stationary Probability Distribution227
3.2Packet Departure Distribution230
3.3Average Performance Measures231
3.4Packet Delay Distribution233
4Numerical Results236
5Conclusion239
10.Performance Analysis of Cellular Mobile Networks with HCA Scheme245
1Introduction245
2System Model248
3Performance Analysis250
3.1Interoverflow Time Distribution250
3.2Analytical Method I252
3.3Analytical Method II255
3.3.1Blocking Probability255
3.3.2Binomial Moment257
4Numerical Results261
5Conclusion262
11.Output and Delay Process Analysis of Cellular Mobile Networks with Hand-Off267
1Introduction267
2System Model269
3Performance Analysis271
3.1Stationary Probability Distribution271
3.2Average Performance Measures277
3.3Waiting Time Distribution279
4Numerical Results282
5Conclusion285
12.Concluding Remarks289
1Summary of the Book289
2Topics for Future Research289
Appendices298
Derivation of Equation (5.16)299
Derivation of Equation (8.4)301
Numerical Calculation Method to Solve Row Vector x in Chapter 11305
References309
Index321

Read More

Customer Reviews

Average Review:

Write a Review

and post it to your social network

     

Most Helpful Customer Reviews

See all customer reviews >