Phase-Modulated Optical Communication SystemsFiber-optic communication systems have revolutionized our telecommunication infrastructures – currently, almost all telephone land-line, cellular, and internet communications must travel via some form of optical fibers. In these transmission systems, neither the phase nor frequency of the optical signal carries information – only the intensity of the signal is used. To transmit more information in a single optical carrier, the phase of the optical carrier must be explored. As a result, there is renewed interest in phase-modulated optical communications, mainly in direct-detection DPSK signals for long-haul optical communication systems. When optical amplifiers are used to maintain certain signal level among the fiber link, the system is limited by amplifier noises and fiber nonlinearities. Phase-Modulated Optical Communication Systems surveys this newly popular area, covering the following topics: - The transmitter and receiver for phase-modulated coherent lightwave systems - Method for performance analysis of phase-modulated optical signals - Direct-detection DPSK signal with fiber nonlinearities, degraded by nonlinear phase noise and intrachannel effects - Wavelength-division-multiplexed direct-detection DPSK signals - Multi-level phase-modulated optical signals, such as the four-phase DQPSK signal. Graduate students, professional engineers, and researchers will all benefit from this updated treatment of an important topic in the optical communications field. |
From inside the book
Results 1-5 of 77
... CHANNELS Optical Channel with Coherent Detection 351 353 354 1.1 Kuhn - Tucker Condition 355 1.2 Unconstrained Channel 356 1.3 Constant - Intensity Modulation 357 2 Intensity - Modulation / Direct - Detection Channel 359 2.1 Some ...
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Contents
V | 1 |
VI | 2 |
VII | 3 |
VIII | 7 |
IX | 8 |
X | 10 |
XI | 12 |
XII | 14 |
LXXXVIII | 185 |
LXXXIX | 189 |
XC | 190 |
XCI | 194 |
XCIII | 199 |
XCIV | 202 |
XCVI | 205 |
XCVII | 206 |
XIII | 17 |
XIV | 21 |
XV | 22 |
XVI | 23 |
XVII | 24 |
XVIII | 26 |
XIX | 30 |
XX | 36 |
XXII | 40 |
XXIII | 44 |
XXIV | 48 |
XXV | 50 |
XXVI | 52 |
XXVII | 53 |
XXVIII | 54 |
XXX | 61 |
XXXI | 66 |
XXXII | 69 |
XXXIII | 71 |
XXXIV | 72 |
XXXV | 73 |
XXXVI | 74 |
XXXVII | 75 |
XXXVIII | 76 |
XL | 78 |
XLI | 79 |
XLII | 81 |
XLIII | 82 |
XLIV | 84 |
XLV | 85 |
XLVII | 91 |
XLVIII | 96 |
XLIX | 98 |
L | 99 |
LIII | 100 |
LIV | 102 |
LV | 105 |
LVII | 106 |
LVIII | 107 |
LIX | 108 |
LX | 111 |
LXI | 112 |
LXII | 114 |
LXIII | 117 |
LXIV | 118 |
LXV | 119 |
LXVI | 127 |
LXVII | 128 |
LXVIII | 129 |
LXIX | 133 |
LXX | 137 |
LXXI | 138 |
LXXII | 143 |
LXXIII | 144 |
LXXV | 148 |
LXXVI | 153 |
LXXVII | 154 |
LXXVIII | 160 |
LXXIX | 162 |
LXXX | 163 |
LXXXI | 164 |
LXXXII | 166 |
LXXXIII | 172 |
LXXXIV | 176 |
LXXXV | 180 |
LXXXVI | 183 |
XCVIII | 210 |
XCIX | 215 |
C | 216 |
CI | 221 |
CII | 224 |
CIII | 225 |
CIV | 227 |
CV | 228 |
CVI | 230 |
CVII | 234 |
CVIII | 235 |
CIX | 237 |
CX | 241 |
CXI | 242 |
CXII | 245 |
CXIII | 249 |
CXIV | 252 |
CXV | 257 |
CXVI | 266 |
CXVII | 267 |
CXVIII | 268 |
CXIX | 271 |
CXXI | 273 |
CXXII | 274 |
CXXIII | 276 |
CXXIV | 279 |
CXXV | 282 |
CXXVII | 289 |
CXXVIII | 294 |
CXXIX | 300 |
CXXX | 301 |
CXXXI | 302 |
CXXXII | 304 |
CXXXIII | 305 |
CXXXIV | 308 |
CXXXV | 309 |
CXXXVI | 316 |
CXXXVIII | 318 |
CXXXIX | 320 |
CXL | 322 |
CXLI | 328 |
CXLII | 330 |
CXLIII | 332 |
CXLIV | 335 |
CXLV | 336 |
CXLVI | 339 |
CXLVII | 340 |
CXLVIII | 341 |
CL | 343 |
CLI | 348 |
CLII | 351 |
CLIII | 353 |
CLIV | 354 |
CLV | 355 |
CLVI | 356 |
CLVII | 357 |
CLVIII | 359 |
CLIX | 360 |
CLX | 364 |
CLXI | 370 |
CLXII | 372 |
CLXIII | 376 |
CLXIV | 382 |
CLXV | 385 |
423 | |
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References to this book
Optical Fiber Telecommunications VB: Systems and Networks Ivan Kaminow,Tingye Li,Alan E. Willner No preview available - 2010 |