This book, edited and authored by world leading experts, gives a review of the principles, methods and techniques of important and emerging research topics and technologies in wireless communications and transmission techniques.
The reader will:
1. Introduction - p. xxi 2. Chapter 1: Introduction to digital transmission - p. xxii 3. Chapter 2: Modulated signals and I/Q representations of bandpass signals - p. 48 4. Chapter 3: Single-carrier modulation - p. 71 5. Abstract - p. 73 6. 3.1 Preliminaries - p. 74 7. 3.2 Linear, Memoryless Modulation - p. 75 8. 3.3 Nonlinear Modulation: CPM - p. 95 9. 3.4 Comparisons - p. 113 10. Chapter 4: Optimal detection of digital modulations in AWGN - p. 119 11. Abstract - p. 121 12. 4.1 Digital Transmission Over Noisy Channels - p. 122 13. 4.2 Minimum-Distance Receiver - p. 125 14. 4.3 Vector Channel - p. 127 15. 4.4 White Gaussian Noise Vector - p. 134 16. 4.5 Optimum Message Receivers - p. 136 17. 4.6 The Irrelevance Theorem - p. 141 18. 4.7 Decision Regions and Error Probability - p. 144 19. 4.8 Union Bound - p. 149 20. 4.9 Bit Error Probability and Constellation Labelings - p. 156 21. 4.10 Optimum Bitwise Receivers - p. 160 22. 4.11 Matched Filter - p. 163 23. 4.12 Summary - p. 166 24. 4.13 Practical Detectors - p. 167 25. 4.14 Probability of Received Vector Belonging to a Decision Boundary - p. 168 26. Chapter 5: The interplay between modulation and channel coding - p. 169 27. Chapter 6: Properties and measures of the radio channel - p. 191 28. Chapter 7: Synchronization of digital signals - p. 225 29. Abstract - p. 227 30. 7.1 Introduction - p. 227 31. 7.2 System Model - p. 230 32. 7.3 Effect of Channel Estimation Errors - p. 233 33. 7.4 Results from Estimation and Decision Theory - p. 240 34. 7.5 Estimation Strategy - p. 247 35. 7.6 NDA Coarse Frequency Estimation - p. 250 36. 7.7 NDA Symbol Timing Estimation - p. 252 37. 7.8 PA ML Estimation of (A, θ, Fres, kτ) - p. 254 38. 7.9 CA ML Estimation of (A, θ, Fres, kτ) - p. 259 39. 7.10 Evaluation of Modified Cramer-Rao Bounds - p. 263 40. 7.11 Performance Evaluation - p. 264 41. 7.12 Conclusions and Remarks - p. 275 42. Appendix A Averaged Likelihood Functions - p. 276 43. Appendix B MFIM Computation - p. 278 44. Chapter 8: Equalization - p. 281 45. Abstract - p. 283 46. 8.1 Motivation - p. 284 47. 8.2 Models and Metrics - p. 284 48. 8.3 Optimum Trellis-Based Detectors - p. 291 49. 8.4 Linear Equalization - p. 305 50. 8.5 Decision-Feedback Equalization - p. 311 51. 8.6 Tomlinson-Harashima Precoding - p. 319 52. 8.7 Comparing Performance: A Case Study - p. 322 53. 8.8 Summary - p. 330 54. Chapter 9: Multicarrier transmission in a frequency-selective channel - p. 331 55. Abstract - p. 333 56. 9.1 Introduction - p. 333 57. 9.2 Early OFDM - p. 334 58. 9.3 Digital OFDM - p. 342 59. 9.4 Diversity and Frequency Modulation - p. 352 60. 9.5 OFDM: Power-Loading and Bit-Loading - p. 355 61. 9.6 OFDM: Diversity and Coding - p. 357 62. 9.7 Conclusions - p. 363 63. Appendix Correlated Diversity Signals - p. 364 64. Chapter 10: Spread spectrum signaling in wireless communications - p. 367 65. Chapter 11: MIMO communication for wireless networks - p. 398 66. Chapter 12: Multiple access control in wireless networks - p. 433 67. Chapter 13: Cognitive radio networks and spectrum sharing - p. 465 68. Chapter 14: Digital wireline transmission standards - p. 522 69. Chapter 15: Wireless broadband standards and technologies - p. 558 70. Chapter 16: Power line communications - p. 619 71. Chapter 17: Optical transmission - p. 659 72. Chapter 18: Baseband architectures to support wireless cellular infrastructure: History and future evolution - p. 687 73. Appendix: Signal space concepts - p. 705 74. Index - p. 711
This book, edited and authored by world leading experts, gives a review of the principles, methods and techniques of important and emerging research topics and technologies in wireless communications and transmission techniques.
The reader will:
1. Introduction - p. xxi 2. Chapter 1: Introduction to digital transmission - p. xxii 3. Chapter 2: Modulated signals and I/Q representations of bandpass signals - p. 48 4. Chapter 3: Single-carrier modulation - p. 71 5. Abstract - p. 73 6. 3.1 Preliminaries - p. 74 7. 3.2 Linear, Memoryless Modulation - p. 75 8. 3.3 Nonlinear Modulation: CPM - p. 95 9. 3.4 Comparisons - p. 113 10. Chapter 4: Optimal detection of digital modulations in AWGN - p. 119 11. Abstract - p. 121 12. 4.1 Digital Transmission Over Noisy Channels - p. 122 13. 4.2 Minimum-Distance Receiver - p. 125 14. 4.3 Vector Channel - p. 127 15. 4.4 White Gaussian Noise Vector - p. 134 16. 4.5 Optimum Message Receivers - p. 136 17. 4.6 The Irrelevance Theorem - p. 141 18. 4.7 Decision Regions and Error Probability - p. 144 19. 4.8 Union Bound - p. 149 20. 4.9 Bit Error Probability and Constellation Labelings - p. 156 21. 4.10 Optimum Bitwise Receivers - p. 160 22. 4.11 Matched Filter - p. 163 23. 4.12 Summary - p. 166 24. 4.13 Practical Detectors - p. 167 25. 4.14 Probability of Received Vector Belonging to a Decision Boundary - p. 168 26. Chapter 5: The interplay between modulation and channel coding - p. 169 27. Chapter 6: Properties and measures of the radio channel - p. 191 28. Chapter 7: Synchronization of digital signals - p. 225 29. Abstract - p. 227 30. 7.1 Introduction - p. 227 31. 7.2 System Model - p. 230 32. 7.3 Effect of Channel Estimation Errors - p. 233 33. 7.4 Results from Estimation and Decision Theory - p. 240 34. 7.5 Estimation Strategy - p. 247 35. 7.6 NDA Coarse Frequency Estimation - p. 250 36. 7.7 NDA Symbol Timing Estimation - p. 252 37. 7.8 PA ML Estimation of (A, θ, Fres, kτ) - p. 254 38. 7.9 CA ML Estimation of (A, θ, Fres, kτ) - p. 259 39. 7.10 Evaluation of Modified Cramer-Rao Bounds - p. 263 40. 7.11 Performance Evaluation - p. 264 41. 7.12 Conclusions and Remarks - p. 275 42. Appendix A Averaged Likelihood Functions - p. 276 43. Appendix B MFIM Computation - p. 278 44. Chapter 8: Equalization - p. 281 45. Abstract - p. 283 46. 8.1 Motivation - p. 284 47. 8.2 Models and Metrics - p. 284 48. 8.3 Optimum Trellis-Based Detectors - p. 291 49. 8.4 Linear Equalization - p. 305 50. 8.5 Decision-Feedback Equalization - p. 311 51. 8.6 Tomlinson-Harashima Precoding - p. 319 52. 8.7 Comparing Performance: A Case Study - p. 322 53. 8.8 Summary - p. 330 54. Chapter 9: Multicarrier transmission in a frequency-selective channel - p. 331 55. Abstract - p. 333 56. 9.1 Introduction - p. 333 57. 9.2 Early OFDM - p. 334 58. 9.3 Digital OFDM - p. 342 59. 9.4 Diversity and Frequency Modulation - p. 352 60. 9.5 OFDM: Power-Loading and Bit-Loading - p. 355 61. 9.6 OFDM: Diversity and Coding - p. 357 62. 9.7 Conclusions - p. 363 63. Appendix Correlated Diversity Signals - p. 364 64. Chapter 10: Spread spectrum signaling in wireless communications - p. 367 65. Chapter 11: MIMO communication for wireless networks - p. 398 66. Chapter 12: Multiple access control in wireless networks - p. 433 67. Chapter 13: Cognitive radio networks and spectrum sharing - p. 465 68. Chapter 14: Digital wireline transmission standards - p. 522 69. Chapter 15: Wireless broadband standards and technologies - p. 558 70. Chapter 16: Power line communications - p. 619 71. Chapter 17: Optical transmission - p. 659 72. Chapter 18: Baseband architectures to support wireless cellular infrastructure: History and future evolution - p. 687 73. Appendix: Signal space concepts - p. 705 74. Index - p. 711
