راهنمای ارتباطات ۲۰۱۸
The Communications Handbook 2018

1. Front Cover

2. Preface

3. Editor-in-Chief

4. Contents

1. Complex Envelope Representations for Modulated Signals*

2. Sampling

3. Pulse Code Modulation*

4. Probabilities and Random Variables

5. Random Processes, Autocorrelation, and Spectral Densities

6. Queuing*

7. Multiplexing

8. Pseudonoise Sequences

9. D/A and A/D Converters

10. Signal Space

11. Channel Models

12. Optimum Receivers

13. Forward Error Correction Coding

14. Automatic Repeat Request

15. Spread Spectrum Communications

16. Diversity

17. Information Theory

18. Digital Communication System Performance

19. Synchronization

20. Digital Modulation Techniques

21. Plain Old Telephone Service (POTS)

22. FDM Hierarchy

23. Analog Telephone Channels and the Subscriber Loop

24. Baseband Signalling and Pulse Shaping

25. Channel Equalization

26. Pulse-Code Modulation Codec-Filters

27. Digital Hierarchy

28. Line Coding

29. Telecommunications Network Synchronization

30. Echo Cancellation

31. The Open Systems Interconnections (OSI) Seven-Layer Model

32. Ethernet Networks

33. Fiber Distributed Data Interface and Its Use for Time-Critical Applications*

34. Broadband Local Area Networks

35. Multiple Access Methods for Communications Networks

36. Routing and Flow Control

37. Transport Layer

38. Gigabit Networks*

39. Local Area Networks

40. Asynchronous Time Division Switching

41. Internetworking

42. Architectural Framework for Asynchronous Transfer Mode Networks: Broadband Network Services

43. Service Control and Management in Next Generation Networks: Challenges and Opportunities

44. Fiber Optic Communications Systems

45. Optical Fibers and Lightwave Propagation

46. Optical Sources for Telecommunication

47. Optical Transmitters

48. Optical Receivers

49. Fiber Optic Connectors and Splices

50. Passive Optical Components

51. Semiconductor Optical Amplifiers

52. Optical Amplifiers

53. Coherent Systems

54. Fiber Optic Applications

55. Wavelength-Division Multiplexed Systems and Applications

56. Geostationary Communications Satellites and Applications*

57. Satellite Systems

58. The Earth Station

59. Satellite Transmission Impairments

60. Satellite Link Design

61. The Calculation of System Temperature for a Microwave Receiver

62. Onboard Switching and Processing

63. Path Diversity

64. Mobile Satellite Systems

65. Satellite Antennas

66. Tracking and Data Relay Satellite System

67. Wireless Personal Communications: A Perspective

68. Modulation Methods

69. Access Methods

70. Rayleigh Fading Channels*

71. Space-Time Processing

72. Location Strategies for Personal Communications Services

73. Cell Design Principles

74. Microcellular Radio Communications

75. Microcellular Reuse Patterns

76. Fixed and Dynamic Channel Assignment

77. Radiolocation Techniques

78. Power Control

79. Enhancements in Second Generation Systems

80. The Pan-European Cellular System

81. Speech and Channel Coding for North American TDMA Cellular Systems

82. The British Cordless Telephone Standard: CT-2

83. Half-Rate Standards

84. Wireless Video Communications

85. Wireless LANs

86. Wireless Data

87. Wireless ATM: Interworking Aspects

88. Wireless ATM: QoS and Mobility Management

89. An Overview of cdma2000, WCDMA, and EDGE

90. Multiple-Input Multiple-Output (MIMO) Wireless Systems*

91. Near-Instantaneously Adaptive Wireless Transceivers of the Near Future*

92. Ad-Hoc Routing Techniques for Wireless LANs

93. Lossless Compression

94. Facsimile

95. Speech

96. Video

97. High Quality Audio Coding

98. Cable

99. Video Servers

100. Videoconferencing

101. Magnetic Storage

102. Magneto-Optical Disk Data Storage

107. Index

108. Back Cover