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Lee J.S., Miller L.E. — CDMA systems engineering handbook

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Название: CDMA systems engineering handbook

Авторы: Lee J.S., Miller L.E.

Аннотация:

This book was not intended as a communication theory text, but it does a great job of providing the basic results in an organized fashion. It serves as a good reference for me for CDMA related issues, or channel models and fading/diversity analysis.
Definitely recommend the book if you can find one at a decent price. Five stars is granted for the reference use of this book, this should not be a first timers' textbook.
Artech House books are usually packed with errors, since there is no serious review process. But refreshingly this book does not come with a big pack of errata despite the large content.

Язык:

Рубрика: Технология/

Статус предметного указателя: Готов указатель с номерами страниц

ed2k: ed2k stats

Год издания: 1998

Количество страниц: 1228

Добавлена в каталог: 29.03.2006

Операции: Положить на полку | Скопировать ссылку для форума | Скопировать ID

Предметный указатель

Partial correlation function mean square      637—38
Partial correlation function mean value      637
Partial correlation function variance      638
Partial correlation function with nonsynchronized conditions      638
Perfect codes      502
Periodic waveforms      630
Periodic waveforms constructed from aperiod waveform      41
Periodic waveforms illustrated      37
Peterson, W.W.      560 561
Phase shift network (PSN)      593
Phase shifts circular      575
Phase shifts defined      572
Phase shifts long-code      613
Phase shifts PN sequence      572—76
Phase shifts polynomial relationships      576
Phase shifts sequence, selecting with masks      589—93
Phase transitions      719
Phase-lock loop (PLL)      791
Pilot channel      344—47
Pilot channel acquisition      344
Pilot channel defined      344 1129
Pilot channel forward link power      1145
Pilot channel median received SNR for      1171
Pilot channel offset search window      1118 1119
Pilot channel power fraction      1146
Pilot channel power, too small      1171
Pilot channel power, transmission loss effect on      1148
Pilot channel signal chip energy      776
Pilot channel signal delay      1117
Pilot channel SNR requirements      1130
Pilot channel transmitter power      1150 (see also “Forward link channels”)
Pilot chip energy-to-noise spectral density ratio      1036
Pilot increment factor      1124
PN code offsets      342 352 605
PN code offsets ambiguity      1125
PN code offsets base station synchronization channel      1114
PN code offsets data format      1115
PN code offsets for cell sizes      1129
PN code offsets index      1115
PN code offsets index ambiguity      1125
PN code offsets measurements      1115
PN code offsets number of      1111
PN code offsets pilot      1113
PN code offsets pilot search window      1118 1119
PN code offsets role in system operation      1113—16
PN code offsets search parameters      1116—19
PN code offsets selection of      1112—29
PN code offsets short      1118
PN code offsets spacing, lower bound      1128
PN code offsets spacing, selection of      1124—29
PN codes      1821
PN codes 1      635 1183
PN codes acquisition      781—90
PN codes chip rate      1112
PN codes long      611—16 1115
PN codes MA system      658
PN codes pulse energy accumulation      808—10
PN codes Q      635 1183
PN codes shaped 1-channel waveform      1114
PN codes short      616—18 1112
PN codes tracking      790—806
PN generators Fibonacci configuration      644
PN generators in-phase      346
PN generators quadrature-phase      346
PN generators sequence      18 21 644
PN generators stage long code      352 (see also “Pseudorandom noise (PN)”)
PN sequences      543—675
PN sequences autocorrelation properties      635
PN sequences balance property      545
PN sequences closure property      636
PN sequences correlation property      545—46
PN sequences decimation of      649—54
PN sequences example generation      544—45
PN sequences IS-95 specified      611—18
PN sequences long      611
PN sequences mask generation      569
PN sequences maximum length      553—59
PN sequences modulated      544
PN sequences MSRG      563 564
PN sequences operations on      644—54
PN sequences orthogonalization      644—48
PN sequences partial correlation functions of      635—39
PN sequences periodic      635
PN sequences phase shifts, state vector variations for      572—76
PN sequences powers of elements and      650
PN sequences properties of      19 21 543—46 569
PN sequences reference      645 647
PN sequences run property      545
PN sequences shaped vs. unshaped      806—14
PN sequences shift register implementation of      576—623
PN sequences short      611
PN sequences signal energy distribution      635
PN sequences SSRG      563 564
PN sequences synchronization      774
PN sequences time domain notation      586
PN sequences uses      543
PN waveforms      63
PN waveforms correlation functions of      657
PN waveforms I-channel      810
PN waveforms partial correlation function for      638—39
PN waveforms Q-channel      810
PN waveforms rectangular      779
PN waveforms shaped      810
PN waveforms sine      779
Poisson distribution      1058 1062
Poisson probability law      90
Poisson random process      268
Poisson random variable      90—91 1062
Polarization diversity      928
Polynomials characteristic      565 583
Polynomials code      888
Polynomials codeword      504 505 506 507 523—24
Polynomials connection      859
Polynomials CRC-CCITT      538
Polynomials degree      507 573
Polynomials generator      505 506 508 522 858
Polynomials initial state      581
Polynomials irreducible      546 554
Polynomials Laguerre      943—44
Polynomials like power terms of      859
Polynomials mask      592 595 596
Polynomials message      505 858 859
Polynomials minimal      556 561
Polynomials numerator      575 577 608 609 620 662
Polynomials of shift register      507
Polynomials output      859—60
Polynomials parity check      508 509 520
Polynomials primitive      553—59 655—56
Polynomials reciprocal      520 559—62 583
Polynomials reducing      506
Polynomials remainder      511
Polynomials root of      555
Polynomials syndrome      526 (see also “CRC codes”)
Power allocation dynamic      1178—86
Power allocation implementation with measurements      1185—86
Power budgets      1033—43
Power budgets forward link      1033—39
Power budgets reverse link      1039—43
Power control      368—73
Power control bit position      373
Power control closed-loop      371—73 927 928
Power control command      372
Power control defined      368
Power control dynamic      1180
Power control forward link      373
Power control group      372
Power control open-loop      368—71 928
Power control outer loop      372
Power control RSL and      1057
Power control signal power effect on      1085

Power control tracking      927—28
Power gain      1178 1181
Power propagation law      1108
Power spectral density (PSD)      96—99
Power spectral density (PSD) defined      96
Power spectral density (PSD) Doppler-induced      257
Power spectral density (PSD) for noise simulation      138
Power spectral density (PSD) noise      844
Power spectral density (PSD) of PN reai-time signal      644
Power spectral density (PSD) “two-sided”      102—3
Power spectrum      see “Power spectral density (PSD)”
Power-limited forward link capacity      1167—70
Power-limited forward link capacity defined      1167
Power-limited forward link capacity fade margin vs.      1168 1169
Primitive polynomials example      561
Primitive polynomials example list of      559
Primitive polynomials finding      560
Primitive polynomials indication of      561
Primitive polynomials number of      561
Primitive polynomials relabeling      655—56
Primitive polynomials roots of      553—59 (see also “Polynomials”)
Probabilities      68—69
Probabilities a posteriori      689
Probabilities average coded symbol-error      763
Probabilities bit-error      761 762 764 841
Probabilities conditional      68 71 72
Probabilities detection      788
Probabilities error      699—713
Probabilities error bounds for soft-decision decoding      896—98
Probabilities of correct decision      700
Probabilities of joint events      72
Probabilities symbol-error      759
Probabilities word-error      759—63
Probability density functions (pdfs)      64—154 1060
Probability density functions (pdfs) central chi-squared RV      142
Probability density functions (pdfs) chi-squared      79
Probability density functions (pdfs) conditional      71
Probability density functions (pdfs) defined      66
Probability density functions (pdfs) Gaussian      75 76 106
Probability density functions (pdfs) joint      67 70 73
Probability density functions (pdfs) joint cumulative      71
Probability density functions (pdfs) lognormal RV      152—53
Probability density functions (pdfs) marginal      71
Probability density functions (pdfs) noncentral chi-squared RV      144 145
Probability density functions (pdfs) one-dimensional      67
Probability density functions (pdfs) Rayleigh      117 241 746
Probability density functions (pdfs) Rician      122 123
Probability density functions (pdfs) uses      71
Probability distribution functions      66 70—84
Processing gain      10—11 544
Processing gain defined      10
Processing gain DS spread spectrum      18 1127
Processing gain jamming power vs.      21—23
Processing gain paging channels      1131—32
Processing gain reverse link      1173 (see also “Gains”)
Product of sum and difference DLL (PSD DLL)      793
Propagation      165—263
Propagation atmosphere effect and      168—71
Propagation formulas      186—99
Propagation formulas CCIR      188—90
Propagation formulas Hata      187—90
Propagation formulas Walfisch — Ikegami      190—99
Propagation free-space      165—67
Propagation loss base station antenna height and      199
Propagation loss building separation and      199
Propagation loss CCIR model      189 213 1091
Propagation loss computer models      199—204
Propagation loss contour      207—10
Propagation loss contour plots      209 210
Propagation loss correlated      313
Propagation loss forward link      1171
Propagation loss intercept      1089
Propagation loss irregular terrain      251—56
Propagation loss Longley — Rice model      199—202
Propagation loss LOS      182 202
Propagation loss maximum tolerable      210—14 304—5 1091
Propagation loss median value      205 1053
Propagation loss mobile station antenna height and      199
Propagation loss parameters      1090
Propagation loss reverse link      1171
Propagation loss RV, moments of      153
Propagation loss slope      1089
Propagation loss TIREM model      202
Propagation loss variation in      234
Propagation models      199—214
Propagation models CCIR      188—90
Propagation models Hata      187—90
Propagation models in cellular design      205—14
Propagation models Longley — Rice      199—202
Propagation models propagation loss median value      205
Propagation models TIREM      202
Propagation models WIM      190—99
Propagation modes      175—77
Propagation modes diffraction      184—86
Propagation modes illustrated      176
Propagation modes LOS      177—84
Propagation modes radio horizon and      167
Propagation terrain and      171—75
Propagation theory overview      165—99
Pseudorandom noise (PN)      14
Pseudorandom noise (PN) chip rate      341 357
Pseudorandom noise (PN) modulation      349 (see also “PN codes”; “PN generators”; “PN sequences”; “PN waveforms”)
Public switched telephone network (PSTN)      275 276 335
Pulse shaping baseband      52—64
Pulse shaping effect at receiver      806—10
Pulse shaping filter      763 766
Pulse shaping FIR      58—64
Pulse shaping forward link      341
Pulse shaping interchip interference (ICI)      807
Pulse shaping NRZ      809
Pulse shaping reverse link      357
Punctual correlation      793
Q-channel carrier amplitude      723
Q-channel delayed      718
Q-channel despreading energy      810
Q-channel despreading results comparison      813
Q-channel despreading waveform      812
Q-channel filtering effects      725
Q-channel mask      621
Q-channel mask output      622
Q-channel mask short-code generator      623 (see also “Masks”)
Q-channel matched lowpass filter      770
Q-channel OQPSK      718
Q-channel PN code sequences      749 777 782 795
Q-channel PN codes      1 183
Q-channel PN waveform      810
Q-channel symbols      720 (see also “I-channel”)
Q-function inequality      925
QPSK modulation      346 367 395
QPSK modulation BPSK vs.      763—74
QPSK modulation CDMA system analysis      769—73
QPSK modulation conventional      714
QPSK modulation error probability, average      822—23
QPSK modulation I-channel      718
QPSK modulation in forward link      713—28
QPSK modulation in reverse link      713—14 728—63
QPSK modulation ISI power      773
QPSK modulation noncoherent tracking system      795
QPSK modulation offset (OQPSK)      346 358—59 367 718—20
QPSK modulation phase transitions      719
QPSK modulation receiver output      771—72
QPSK modulation receiver processing      770
QPSK modulation signal constellation      717
QPSK modulation signals      686
QPSK modulation symbol transition patterns      718
QPSK modulation variances      773—74 827—34
Quadratic form      93—94
Quadrature phase-shift keying      see “QPSK”
Quadrature spreading circuit      343
Quadrature spreading forward link      342—43

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