Optical communications

목차 (Table of Contents)

• CONTENTS
• Preface = xi
• Conversion Formulas = xv
• Chapter 1 The Optical communication System = 1
• 1.1 Optical Systems = 3
• 1.2 Optical Sources, Modulators, and Beam Formers = 8
• 1.3 Transmitted Optical Fields = 14
• 1.4 Optical Space Channels = 18
• 1.5 The Fiber Optical Channel = 21
• 1.6 Field Expansions = 27
• 1.7 Random Fields = 30
• 1.8 Optical Amplifiers = 32
• Problems = 34
• References = 37
• Chapter 2 Optical Field Reception = 39
• 2.1 Field focusing = 39
• 2.2 Power Detection and Receiver Field of View = 47
• 2.3 Detector Field Expansions = 50
• 2.4 Focusing Random Fields = 52
• 2.5 Optical Filters = 56
• 2.6 Background Radiation = 59
• 2.7 Extended Signal Sources = 68
• Problems = 69
• References = 73
• Chapter 3 Photodetection = 75
• 3.1 The Photodetection Process = 75
• 3.2 Photodetectors = 79
• 3.3 Counting Statistics = 81
• 3.4 Photocounting With Receiver fields = 89
• 3.5 counting with Random Fields = 92
• 3.6 Photocounting With Random Photomultiplication = 99
• 3.7 Shot Noise Processes = 102
• 3.8 Spectral Density of Shot Noise = 107
• Problems = 111
• References = 116
• Chapter 4 Noncoherent(Direct) Detection = 119
• 4.1 The Noncoherent Communication System Model = 119
• 4.2 Direct Detection Receiver Model = 128
• 4.3 Signal-to-Noise Ratio in Direct Detection Receiver = 130
• 4.4 Optimal Photomultiplication Gain = 135
• 4.5 Intensity Modulated Subcarrier systems = 136
• 4.6 Post Detection Integration = 140
• 4.7 direct Detection With Multimode signals = 141
• 4.8 Optimal Collection of Multimode signal Power = 144
• Problems = 146
• References = 149
• Chapter 5 Coherent(Heterodyne) Detection = 151
• 5.1 The Heterodyne Receiver = 151
• 5.2 Heterodyne signal-to-Noise Ratios = 157
• 5.3 Demodulated signal-to-Noise ratio Following Optical Heterodyning = 160
• 5.4 The alignment and field-Matching Problem = 163
• 5.5 Multimode Heterodyning = 169
• 5.6 Heterodyning With Random Signal Fields = 173
• Problems = 176
• References = 178
• Chapter 6 Optical Digital Communications = 179
• 6.1 Binary digital Optical systems = 179
• 6.2 On-Off Keying = 181
• 6.3 Manchester Pulsed signals = 191
• 6.4 Digital Subcarrier Intensity-Modulated systems = 196
• 6.5 Digital signaling With Heterodyne Detection = 198
• 6.6 Block Encoding and Pulse Position Modulation = 201
• 6.7 Channel coding with Pulse Position Modulation = 206
• 6.8 timing Error Effects in Pulsed Optical Systems = 212
• 6.9 clock Synchronization With Pulsed Optics = 219
• Problems = 228
• References = 231
• Chapter 7 Fiberoptic Communications = 233
• 7.1 Fiber Power Flow and Dispersion = 233
• 7.2 Dispersion and Pulse shaping in Fibers Undergoing Diffusion = 237
• 7.3 Pulse Stretching and Bandwidth Limitations in Multimode Fibers = 240
• 7.4 Communication Link Models for the Fiber Channel = 242
• 7.5 Radio Frequency Carrier Transmission Over Fiber = 244
• 7.6 Optical Amplifiers in Fiber Links = 247
• 7.7 Digital Communications Over Fibers = 249
• 7.8 Coherent Communications Over fibers = 254
• Problems = 256
• References = 257
• Chapter 8 Fiber Networks = 259
• 8.1 Fiber Network Interconnection Elements = 259
• 8.2 Network Architectures = 262
• 8.3 Optical Multiple Accessing = 266
• 8.4 Wavelength Division Multiplexed Networks = 268
• 8.5 Time Division Multiplexed Networks = 273
• 8.6 Code Division Multiplexed Networks = 276
• 8.7 Optical Circuit Switched Networks = 280
• Problems = 282
• References = 284
• Chapter 9 The Atmospheric Optical Channel = 285
• 9.1 The Atmospheric Channel = 285
• 9.2 Effect of the Atmosphere on Optical Beams = 289
• 9.3 Effect of Atmosphere on direct Detection Receivers = 295
• 9.4 Heterodyning Over the Atmospheric Channel = 299
• 9.5 Atmospheric Pulse Spreading = 300
• Problems = 302
• References = 303
• Chapter 10 Pointing, Acquisition, and Tracking in Space Optics = 305
• 10.1 The Optical Pointing Problem = 305
• 10.2 Spatial Acquisition = 309
• 10.3 Spatial Tracking = 323
• 10.4 Double-Ended Optical Beam Tracking = 331
• 10.5 Effect of Beam Tracking on Data Transmission = 337
• Problems = 341
• References = 343
• Index = 345