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Solutions Manual to accompany Introduction to Wireless Systems 1st edition 9780471321675

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Solutions Manual to accompany Introduction to Wireless Systems 1st edition 9780471321675 Digital Instant Download

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This is completed downloadable of Solutions Manual to accompany Introduction to Wireless Systems 1st edition 9780471321675

Product Details:

  • ISBN-10 ‏ : ‎ 0471321672
  • ISBN-13 ‏ : ‎ 978-0471321675
  • Author:  P. M. Shankar

This exciting new book addresses the need for a text that presents a broad range of topics on wireless communication systems for undergraduate seniors and first year graduate students. Introduction to Wireless Systems is the first book to provide the basic analytical tools, fundamental physics, and communication theory needed to fully appreciate the field of wireless communications.

 

Table of Content:

  1. CHAPTER 1 HISTORICAL OVERVIEW OF WIRELESS SYSTEMS
  2. 1.0 Overview
  3. 1.1 North American Cellular Systems
  4. 1.2 Pan-European Cellular Systems
  5. 1.3 Pacific Digital Cellular (PDC) Systems
  6. 1.4 Universal Mobile Telecommunication Systems (UMTS)/International Mobile Telecommunications 2000 (
  7. 1.5 Components of a Cellular System
  8. 1.6 Summary
  9. Bibliography
  10. CHAPTER 2 PROPAGATION CHARACTERISTICS OF WIRELESS CHANNELS
  11. 2.0 Introduction
  12. 2.1 Attenuation
  13. 2.1.1 Hata Model
  14. 2.1.2 Lee’s Model
  15. 2.2 Indoor Propagation Models
  16. 2.2.1 Extra Large Zone
  17. 2.2.2 Large Zone
  18. 2.2.3 Middle Zone
  19. 2.2.4 Small Zone and Microzone
  20. 2.3 Fading
  21. 2.3.1 Multipath Fading
  22. 2.3.2 Dispersive Characteristics of the Channel
  23. 2.3.3 Time-Dispersive Behavior of the Channel
  24. 2.3.4 Level Crossing and Average Fade Duration
  25. 2.3.5 Frequency Dispersion versus Time Dispersion
  26. 2.4 Other Fading Models
  27. 2.4.1 Rician Fading
  28. 2.4.2 Lognormal Fading
  29. 2.4.3 Nakagami Distribution
  30. 2.4.4 Suzuki Distribution
  31. 2.4.5 Summary of Fading
  32. 2.5 Testing of Fading Models
  33. 2.6 Power Units
  34. 2.7 Summary
  35. Problems
  36. CHAPTER 3 MODEMS FOR WIRELESS COMMUNICATIONS
  37. 3.0 Introduction
  38. 3.1 Analog Modulation
  39. 3.1.1 Amplitude Modulation
  40. 3.1.2 Angle Modulation
  41. 3.1.3 Comparison of Analog Modulation Schemes
  42. 3.2 Digital Modulation
  43. 3.2.1 Pulse Trains and Pulse Shaping
  44. 3.2.2 General Analysis of Receivers
  45. 3.3 Modems
  46. 3.3.1 Amplitude Shift Keying (ASK)
  47. 3.3.2 Binary Phase-Shift Keying
  48. 3.3.3 M-ary Modulation Schemes
  49. 3.3.4 Constant Envelope Modulation Techniques
  50. 3.4 General M-ary Modulation Schemes
  51. 3.4.1 M-ary Phase Modulation
  52. 3.4.2 M-ary Quadrature Amplitude Modulation (QAM)
  53. 3.5 Comparison of Modems for Wireless Communications
  54. 3.5.1 Shannon’s Theorem
  55. 3.5.2 Channel Capacity in Rayleigh Fading
  56. 3.6 Summary
  57. Problems
  58. CHAPTER 4 CELLS AND CELLULAR TRAFFIC
  59. 4.0 Introduction
  60. 4.1 Geometry of a Hexagonal Cell
  61. 4.2 Co-Channel Interference (CCI)
  62. 4.2.1 Special Cases of Co-Channel Interference
  63. 4.3 CCI Reduction Techniques
  64. 4.3.1 Directional Antenna Using Three Sectors
  65. 4.3.2 Directional Antenna Using Six Sectors
  66. 4.3.3 Geographical Model with Several Tiers of Interferers
  67. 4.4 Cell Splitting
  68. 4.5 Microcells, Picocells and Fiberoptic Mobile Systems
  69. 4.6 Coverage Area Estimation
  70. 4.7 Traffic Capacity and Trunking
  71. 4.8 Trunking Efficiency of Omni versus Sectorized Antennae
  72. 4.9 Adjacent Channel Interference
  73. 4.10 Summary
  74. Problems
  75. CHAPTER 5 FADING MITIGATION IN WIRELESS SYSTEMS
  76. 5.0 Introduction
  77. 5.1 Effects of Fading and the Concept of Diversity
  78. 5.2 Other Signal Degradation Effects
  79. 5.2.1 Effects of Random Frequency Modulation
  80. 5.2.2 Effects of Frequency-Selective Fading and Co-Channel Interference
  81. 5.3 Forms of Diversity
  82. 5.3.1 Space or Spatial Diversity
  83. 5.3.2 Angle Diversity
  84. 5.3.3 Frequency Diversity
  85. 5.3.4 Polarization Diversity
  86. 5.3.5 Time Diversity
  87. 5.3.6 Multipath Diversity
  88. 5.4 Diversity Combining Methods
  89. 5.4.1 Selection Combining
  90. 5.4.2 Maximal Ratio Combining
  91. 5.4.3 Equal Gain Combining
  92. 5.5 Performance Improvement from Diversity in Terms of Reduced Bit Error Rate
  93. 5.6 Macroscopic Diversity
  94. 5.7 Equalization/Frequency-Selective Fading
  95. 5.7.1 Linear Transversal Equalizer
  96. 5.7.2 Nonlinear Equalizer
  97. 5.8 Summary
  98. Problems
  99. CHAPTER 6 MULTIPLE-ACCESS TECHNIQUES
  100. 6.0 Introduction
  101. 6.1 Frequency Division Multiple Access (FDMA)
  102. 6.2 Time Division Multiple Access (TDMA)
  103. 6.3 Code Division Multiple Access (CDMA)
  104. 6.3.1 Description of a PN Code Generator
  105. 6.3.2 Properties of Pseudonoise or Pseudorandom Sequences
  106. 6.3.3 Direct-Sequence Spread-Spectrum Modulation
  107. 6.3.4 Rake Receiver in DS-CDMA Systems
  108. 6.3.5 Frequency-Hopping Spread-Spectrum Technique
  109. 6.3.6 Comparison of DS and FH Systems
  110. 6.4 Overview of Wireless Systems and Standards
  111. 6.4.1 Advanced Mobile Phone Systems (AMPS)
  112. 6.4.2 United States Digital Cellular (IS 54)
  113. 6.4.3 Japanese Digital System (JDC)
  114. 6.4.4 GSM
  115. 6.5 North American Digital Cellular Systems Based on CDMA
  116. 6.5.1 Forward CDMA Channel
  117. 6.5.2 Reverse CDMA Channel
  118. 6.5.3 Power Control in CDMA Systems
  119. 6.5.4 Hand-off Procedure
  120. 6.5.5 Diversity in CDMA Systems
  121. 6.6 Comparison of Multiple-Access Systems in Wireless Communications
  122. 6.6.1 Capacity of CDMA Systems
  123. 6.6.2 Comparison of Features and Standards
  124. 6.7 CDMA2000
  125. 6.8 Other New Developments: Bluetooth Networks
  126. 6.9 Summary
  127. Problems
  128. APPENDIX A TOPICS IN SIGNALS AND SYSTEMS
  129. A.1 Fourier Transforms
  130. A.2 Linear Networks and Impulse Response
  131. A.3 Orthogonal Functions
  132. A.4 Probability, Random Variables and Random Processes
  133. A.4.1 Probability
  134. A.4.2 Random Variables
  135. A.4.3 Random Processes
  136. A.5 Noise in Communication Systems
  137. A.6 Power Spectra of Digital Signals
  138. APPENDIX B TOPICS IN COMMUNICATIONS THEORY
  139. B.1 Orthogonal Frequency Division Multiplexing
  140. B.2 Teletraffic Considerations
  141. B.3 Coding
  142. B.3.1 Speech Coding
  143. B.3.2 Channel Coding
  144. B.4 Synchronization
  145. B.4.1 Carrier Synchronization or Carrier Recovery
  146. B.4.2 Symbol Synchronization
  147. B.5 Channel Capacity in Fading Channels
  148. B.6 Intersymbol Interference and Eye Patterns
  149. B.7 Error Function
  150. APPENDIX C TOPICS IN ATTENUATION AND FADING
  151. C.1 Coherence Bandwidth and Coherence Time
  152. C.1.1 Dispersion versus Distortion
  153. C.2 Path Loss Models for Microcells and PCS Systems
  154. C.2.1 Path Loss Calculations in PCS Systems
  155. C.3 Macrodiversity Systems
  156. ACRONYMS
  157. REFERENCES
  158. EULA

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