Principles of Wireless Networks: A Unified Approach [Kõva köide]

Preface		xi
Overview of Wireless Networks		1	(36)
Introduction		2	(10)
Different Generations of Wireless Networks		12	(9)
Structure of the Book		21	(16)
Appendix 1A Backbone Networks for Wireless Access		26	(7)
Appendix 1B Summary of Important Standards Organizations		33	(1)
Questions		34	(3)
PART ONE PRINCIPLES OF AIR-INTERFACE DESIGN		37	(184)
Characteristics of the Wireless Medium		39	(46)
Introduction		40	(4)
Radio Propagation Mechanisms		44	(2)
Path-Loss Modeling and Signal Coverage		46	(12)
Effects of Multipath and Doppler		58	(10)
Channel Measurement and Modeling Techniques		68	(3)
Simulation of the Radio Channel		71	(14)
Appendix 2A What is dB?		76	(1)
Appendix 2B Wired Media		77	(2)
Appendix 2C Path Loss Models		79	(1)
Appendix 2D Wideband Channel Models		79	(1)
Questions		80	(1)
Problems		81	(4)
Physical Layer Alternatives for Wireless Networks		85	(74)
Introduction		86	(5)
Applied Wireless Transmission Techniques		91	(1)
Short Distance Baseband Transmission		92	(2)
UWB Pulse Transmission		94	(2)
Carrier Modulated Transmission		96	(1)
Traditional Digital Cellular Transmission		96	(12)
Broadband Modems for Higher Speeds		108	(3)
Spread Spectrum Transmissions		111	(7)
High-Speed Modems for Spread Spectrum Technology		118	(2)
Diversity and Smart Receiving Techniques		120	(13)
Comparison of Modulation Schemes		133	(4)
Coding Techniques for Wireless Communications		137	(5)
A Brief Overview of Software Radio		142	(17)
Appendix 3A Performance of Communication Systems		143	(7)
Appendix 3B Coding and Correlation		150	(5)
Questions		155	(1)
Problems		156	(3)
Wireless Medium Access Alternatives		159	(62)
Introduction		160	(1)
Fixed-Assignment Access for Voice-Oriented Networks		161	(18)
Random Access for Data-Oriented Networks		179	(22)
Integration of Voice and Data Traffic		201	(20)
Questions		214	(3)
Problems		217	(4)
PART TWO PRINCIPLES OF WIRELESS NETWORK OPERATION		221	(96)
Network Planning		223	(42)
Introduction		224	(1)
Wireless Network Topologies		225	(4)
Cellular Topology		229	(5)
Cell Fundamentals		234	(3)
Signal-to-Interference Ratio Calculation		237	(3)
Capacity Expansion Techniques		240	(20)
Network Planning for CDMA Systems		260	(5)
Questions		263	(1)
Problems		263	(2)
Wireless Network Operation		265	(52)
Introduction		266	(1)
Mobility Management		266	(18)
Radio Resources and Power Management		284	(13)
Security in Wireless Networks		297	(20)
Appendix 6A The Diffie-Hellman (DH) Key Exchange Protocol		311	(1)
Appendix 6B Nonrepudiation and Digital Signatures		312	(1)
Questions		313	(1)
Problems		313	(4)
PART THREE WIRELESS WANS		317	(96)
GSM and TDMA Technology		319	(30)
Introduction		320	(1)
What is GSM?		321	(6)
Mechanisms to Support a Mobile Environment		327	(5)
Communications in the Infrastructure		332	(17)
Questions		346	(1)
Problems		346	(3)
CDMA Technology, IS-95, and IMT-2000		349	(30)
Introduction		350	(1)
Reference Architecture for North American Systems		351	(4)
What is CDMA?		355	(16)
IMT-2000		371	(8)
Questions		376	(1)
Problems		376	(3)
Mobile Data Networks		379	(34)
Introduction		380	(3)
The Data-Oriented CDPD Network		383	(11)
GPRS and Higher Data Rates		394	(11)
Short Messaging Service in GSM		405	(2)
Mobile Application Protocols		407	(6)
Questions		410	(1)
Problems		411	(2)
PART FOUR LOCAL BROADBAND AND AD HOC NETWORKS		413	(140)
Introduction to Wireless LANs		415	(32)
Introduction		416	(1)
Historical Overview of the LAN Industry		416	(4)
Evolution of the WLAN Industry		420	(6)
New Interest from Military and Service Providers		426	(4)
A New Explosion of Market and Technology		430	(1)
Wireless Home Networking		431	(16)
Questions		444	(1)
Problems		445	(2)
IEEE 802.11 WLANs		447	(26)
Introduction		448	(1)
What is IEEE 802.11?		448	(4)
The PHY Layer		452	(8)
MAC Sublayer		460	(6)
MAC Management Sublayer		466	(7)
Questions		470	(1)
Problems		471	(2)
Wireless ATM and HIPERLAN		473	(26)
Introduction		474	(1)
What is Wireless ATM?		475	(6)
What is HIPERLAN?		481	(4)
HIPERLAN-2		485	(14)
Questions		496	(1)
Problems		497	(2)
Ad Hoc Networking and WPAN		499	(34)
Introduction		500	(1)
What is IEEE 802.15 WPAN?		500	(1)
What is HomeRF?		501	(2)
What is Bluetooth?		503	(17)
Interference between Bluetooth and 802.11		520	(13)
Questions		530	(1)
Problems		531	(2)
Wireless Geolocation Systems		533	(20)
Introduction		534	(1)
What is Wireless Geolocation?		534	(2)
Wireless Geolocation System Architecture		536	(2)
Technologies for Wireless Geolocation		538	(8)
Geolocation Standards for E-911 Services		546	(1)
Performance Measures for Geolocation Systems		547	(6)
Questions		550	(1)
Problems		551	(2)
Acronyms and Abbreviations		553	(8)
References		561	(12)
Index		573	(10)
About the Authors		583

KAVEH PAHLAVAN is Professor of ECE and CS and Director of the Center for Wireless Information Network Studies, Worcester Polytechnic Institute, Worcester, MA and International Visiting Professor, University of Oulu, Finland. He has been a consultant to leading wireless organizations worldwide, including GTE Laboratories, JPL Laboratories, 3COM, Motorola, Honeywell, Nokia, and NTT; and serves as the member of the board of several companies. He has also been a Fellow of the IEEE, a Nokia Fellow, and the first Fulbright-Nokia Fellow.

PRASHANT KRISHNAMURTHY, Assistant Professor in the Department of Information Science and Telecommunications at the University of Pittsburgh, has been involved in developing the wireless information systems track for the Master of Telecommunications curriculum in the Telecommunications Program there. He chairs the Pittsburgh Chapter of the IEEE Communications Society.