ebook ebooks e-book e-books downloaden bei MyEbooks.ch downloaden

Protocol Design and Analysis for Cooperative Wireless Networks

:	Wei Song, Peijian Ju, A-Long Jin
:	Protocol Design and Analysis for Cooperative Wireless Networks
:	Springer-Verlag
:	9783319477268
:	1
:	CHF 85.50
:

:	Elektronik, Elektrotechnik, Nachrichtentechnik
:	English

:	135
:	Wasserzeichen/DRM
:	PC/MAC/eReader/Tablet
:	PDF

This book focuses on the design and analysis of protocols for cooperative wireless networks, especially at the medium access control (MAC) layer and for crosslayer design between the MAC layer and the physical layer. It highlights two main points that are often neglected in other books: energy-efficiency and spatial random distribution of wireless devices. Effective methods in stochastic geometry for the design and analysis of wireless networks are also explored.

After providing a comprehensive review of existing studies in the literature, the authors point out the challenges that are worth further investigation. Then, they introduce several novel solutions for cooperative wireless network protocols that reduce energy consumption and address spatial random distribution of wireless nodes. For each solution, the book offers a clear system model and problem formulation, details of the proposed cooperative schemes, comprehensive performance analysis, and extensive numerical and simulation results that validate the analysis and examine the performance under various conditions. The last section of this book reveals several potential directions for the research on cooperative wireless networks that deserve future exploration.

Researchers, professionals, engineers, and consultants in wireless communication and mobile networks will find this book valuable. It is also helpful for technical staff in mobile network operations, wireless equipment manufacturers, wireless communication standardization bodies, and governmental regulation agencies.

< div>

	Preface	5
	Contents	6
	1 Introduction	9
	1.1 Motivations	9
	1.2 Challenges	10
	1.2.1 Energy Saving with Spatially Random Relays	10
	1.2.2 Cooperative Diversity with Multiple Relays	10
	1.3 Outline	11
	References	12
	2 Related Works on Cooperative Wireless Networks	14
	2.1 Cooperative Communications	14
	2.2 Cooperation Scenarios	16
	2.3 Three Categories of Cooperative MAC Protocols	19
	2.3.1 Category-I	20
	2.3.2 Category-II	22
	2.3.3 Category-III	24
	2.4 Research Issues for MAC-Layer Cooperation	26
	2.4.1 New Categories	26
	2.4.2 Cooperative Diversity	27
	2.4.3 User Mobility	28
	2.4.4 Energy Saving	29
	References	30
	3 Energy-Efficient Uncoordinated Cooperative MAC with Uncertain Relay Distribution Intensity	33
	3.1 Motivation and Overview	33
	3.2 System Model and Problem Formulation	34
	3.2.1 System Model	34
	3.2.2 Problem Formulation	37
	3.3 Relay Intensity Estimation	38
	3.4 Energy-Efficient Cooperative Scheme and Its Analysis	43
	3.4.1 An Energy-Efficient Cooperative Scheme	43
	3.4.2 Analysis of Collision Probability	47
	3.5 Numerical and Simulation Results	49
	3.5.1 Relay Intensity Estimation	49
	3.5.2 Energy Saving Strategy	50
	3.5.3 Performance Evaluation	52
	3.6 Summary	55
	Appendix A: Extended Proof of Lemma 3.2 with N Relays	55
	Appendix B: Proof of (3.34) and (3.35)	56
	References	57
	4 Energy-Aware Cooperative MAC with Uncoordinated Group Relays	59
	4.1 Motivation and Overview	59
	4.2 System Model and Problem Formulation	60
	4.2.1 System Model	60
	4.2.2 Problem Formulation	62
	4.3 Energy-Aware Cooperation Strategy	63
	4.3.1 Cooperation Criteria	63
	4.3.2 Distributed Cooperation Strategy	64
	4.4 Performance Analysis	66
	4.4.1 Upper Bound of Collision Probability	66
	4.4.2 Lower Bound of Transmission Success Probability	69
	4.4.3 Upper Bound of Transmission Success Probability	70
	4.5 Numerical and Simulation Results	71
	4.5.1 Transmission Success Probability	73
	4.5.2 Average Delay and Delay Outage Probability	73
	4.5.3 Energy Saving and Energy Balance	75
	4.5.4 Scalability	77
	4.6 Summary	79
	Appendix A: Proof of (4.17)	79
	Appendix B: Proof of (4.25)	80
	References	81
	5 Opportunistic Cooperative Relaying with Backoff-BasedContention	82
	5.1 Motivation and Overview	82
	5.2 System Model	83
	5.3 Cooperative Relaying Strategies	85
	5.3.1 Inter-Group Backoff-Based Contention	86
	5.3.2 Intra-Group Contention	86
	5.3.2.1 Backoff-Based Strategy	86
	5.3.2.2 Probabilistic Strategy	87
	5.4 Performance Analysis	88
	5.4.1 Probability Distributions of Spatial Random Relays	89
	5.4.2 Performance of Two-Level Backoff-Based Strategy	91
	5.4.3 Performance of Hybrid Relaying Strategy	94
	5.5 Numerical Results and Discussions	95
	5.5.1 CDF of Transmission Success Probability	96
	5.5.2 Performance Upper and Lower Bounds	98
	5.5.3 Relay Success Probability	99
	5.5.4 Backoff Delay of Relay Selection	103
	5.6 Summary	105
	Appendix: Calculation of the CDF F?,l(x) of ?RD,l	106
	References	108
	6 Diversity Relaying with Spatially Random Mobile Relays	110
	6.1 Motivation and Overview	110
	6.2 System Model	112
	6.2.1 Channel Model	112
	6.2.2 Mobility Model and Poisson Point Process	113
	6.2.3 Distributed Cooperative Transmission	113
	6.2.4 MAC for Multi-Helper Coordination	114
	6.2.5 MRC and Upper Bound of Total SNR	116
	6.3 Unconditional Success Probability and Delay	117
	6.3.1 Exact Unconditional PDF of SNR Upper Bound	117
	6.3.2 Approximate Unconditional PDF of SNR Upper Bound	119
	6.3.3 Approximation of Unconditional Success Probability	120
	6.3.4 Delay Analysis of MAC Coordination Schemes	121
	6.3.5 Outage-Delay Tradeoff	123
	6.4 Numerical and Simulation Results	124
	6.4.1 Analysis Validation	125
	6.4.2 Outage-Delay Tradeoff	128
	6.5 Summary	129
	Appendix: Proof of Lemma 6.1	130
	References	131
	7 Conclusions and Future Directions	133
	7.1 Conclusions	133
	7.2 Future Work	134