Lee J.S., Miller L.E. — CDMA systems engineering handbook :: Электронная библиотека попечительского совета мехмата МГУ

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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

Common air interface (CAI)reverse link      356—57
Communication channel      677
Complementary CDF (CCDF)      75
Complementary CDF (CCDF) for noncentral chi-squared RV      126
Complementary CDF (CCDF) for propagation loss      306
Complementary CDF (CCDF) for Rayleigh distribution      240 (see also “Cumulative probability density function (CDF)”
Complementary CDF (CCDF) Gaussian      124
Complementary error function      75
Computer programs      668—72
Computer programs computing long PN code transition matrix      670—72
Computer programs computing shift K      668—69
Computer programs computing xk modulo f(x)      669—70
Computer propagation loss models      199—204
Computer propagation loss models Longley — Rice model      199—202
Computer propagation loss models TIREM model      202
Conditional event      68
Conditional probability      68 71 72 701
Confluent hypergeometric function      164 991—92
Confluent hypergeometric function defined      164
Confluent hypergeometric function Kummer’s transformation for      991—92
Conjugate filters      698 765
Conjugates classes      556—58 664
Conjugates defined      556
Connection polynomials      859
Connection vectors      852—53
Constraint length      849—55 861 913—16
Continuous waveforms      43 44—45
Contour plots of building density      208
Contour plots of propagation loss      209 210
Convolution integral      26
Convolution operation      640
Convolution summations      51
Convolutional codes      839—925
Convolutional codes binaty      907
Convolutional codes, catastrophic error propagation in      888—90
Convolutional codes, code rate      865—66
Convolutional codes, coding gain estimates of      903—6
Convolutional codes, distance properties of      882—84 907
Convolutional codes, error-correcting capability      884
Convolutional codes, forward link performance      911
Convolutional codes, free distance      883 886 891
Convolutional codes, in IS-95 CDMA system      906—22
Convolutional codes, information sequence      857
Convolutional codes, integers      848
Convolutional codes, ML decoding of      871—90
Convolutional codes, nonsystematic      888
Convolutional codes, performance      909—12
Convolutional codes, performance bounds      890
Convolutional codes, quantization of received signal      916—22
Convolutional codes, representation      851
Convolutional codes, reverse link performance      912
Convolutional codes, state diagram      864
Convolutional codes, systematic      888
Convolutional codes, transfer functions      884—87
Convolutional encoders      848—71
Convolutional encoders as linear system      853
Convolutional encoders causing catastrophic error propagation      889
Convolutional encoders code tree-traced coded sequence      865
Convolutional encoders coded symbols      850
Convolutional encoders connection vector representation      851—53
Convolutional encoders constraint length      849—55 861 913—16
Convolutional encoders for forward link      908
Convolutional encoders for reverse link      909
Convolutional encoders impulse response representation      853—58
Convolutional encoders output branch word      850
Convolutional encoders polynomial representation of      858—60
Convolutional encoders rate      849—55 861
Convolutional encoders representation      851
Convolutional encoders shift registers      849
Convolutional encoders state representation      860—63
Convolutional encoders state transition diagram      862 863 870
Convolutional encoders systematic      888
Convolutional encoders tree diagram      864—66 868
Convolutional encoders trellis diagram      866—71
Convolutional encoders with four stages      854
Convolutional encoders with three stages      853 854
Convolutional encoders with two stages      853
Convolutional interleaving      399—404
Convolutional interleaving block interleaving comparison      404—5
Convolutional interleaving defined      374
Convolutional interleaving frequency domain      29 34 40
Convolutional interleaving time domain      29
Convolutional interleaving use of      398 (see also “Interleaving”)
Convolutional theorems      48
Cooperation in the Field of Scientific and Technical Research (COST)      190
Correlation decoding      469—74
Correlation defined      469
Correlation early      791
Correlation function covariance function and      95
Correlation function for real-time signals      629—35
Correlation function frequency-domain      231
Correlation function of PN sequence waveforms      657
Correlation function partial      635—39
Correlation function spaced-frequency spaced-time      231 232
Correlation function theorem proof      672—73
Correlation late      791
Correlation measure      469
Correlation operations      681 777—81
Correlation PN sequence property      545—46
Correlation punctual      793
Correlation receivers      690—93
Correlation receivers illustrated      692 693
Correlation receivers noncoherent      735
Correlation receivers specifying      693
Correlation results      473
Correlation theorem extension to band limited pulses      673—76
Correlation theorem proof      672—73
Covariance defined      83
Covariance function      95—96 97
Covariance function correlation function and      95
Covariance function defined      95
Covariance function normalized      95
Covariance matrix      93
Covariance normalized      83
Coverage antenna height and      214
Coverage area      212 213
Coverage area balancing      1170
Coverage area base station      207 299 324
Coverage area cucular      278
Coverage area defined      307
Coverage area forward link      1171
Coverage area idealized      277
Coverage area link operation in      307
Coverage area reverse link      1171
Coverage base station      302
Coverage comparison      214
Coverage limits      302—5
Coverage maximum tolerable propagation loss and      210—14
Coverage out-of-cell      211
Coverage pockets      211
Coverage sporadic      212
Coverage traffic load vs.      321—27
CRC circuits      537
CRC circuits for access channel message      540
CRC circuits for forward link traffic channel message structure      538
CRC circuits for frame structures      537
CRC circuits for message structures      537
CRC circuits for paging channel message structure      538
CRC circuits for sync channel message structure.      537—38
CRC circuits or reverse traffic channel message structure      540
CRC codes      555 362 504—27
CRC codes defined      504
CRC codes double-error-correcting      518 529
CRC codes encoders for      513—21 527
CRC codes error-detecting, calculation      354
CRC codes for frame error detection      426
CRC codes FQI and      531—33
CRC codes generating      505
CRC codes k-stage l.FSRfor      516—17
CRC codes systematic      510—13 (see also “Polynomials”)

CRC computations for forward link channels      533—38
CRC computations for reverse link channels      538—40
Cross-correlation function      100—101 628
Cross-correlation function calculating      631 655
Cross-correlation function defined      624
Cross-correlation function for two different pseudorandom sequences      654
Cross-correlation function for two PN sequence real-time signals      655
Cross-correlation function formula equivalence      628
Cross-correlation function nonperiodic waveform      630
Cross-correlation function periodic waveform      630
Cross-correlation function problem      656—63
Cross-correlation function sequence      625 626
Cross-correlation peak      661
Cross-quadrature components      115 119
Cumulative probability density function (CDF)      66 75
Cumulative probability density function complementary (CCDF)      75 124 126 240 306
Cumulative probability density function for propagation loss      306
Cumulative probability density function Gaussian complementary      113
Cyclic redundancy check      see “CRC-codes”
Data burst randomizer      360 364 365
Data frames      478—80
Data frames encoder tail bits      479
Data frames forward traffic channel      479
Data frames quality indicator bits      479
Data frames structures      478
Data scrambling      543
Data sequences maximal length      544
Data sequences random      543—44
Data sequences transmitted      543
Decimations      649—54
Decimations defined      649
Decimations illustrated      653
Decimations improper      649
Decimations proper      649
Decision variable      787 790
Decoding correlation      469—74
Decoding delay      878—79
Decoding errors      496
Decoding fast Walsh transform      474—78
Decoding hard-decision      910
Decoding matched filter      478
Decoding maximum likelihood      871—90
Decoding soft-decision      896—98
Decoding Viterbi      890—906
Decoding Walsh function      468—69
Deinterleavers      400 403
Deinterleaving      929
Deinterleaving defined      929
Deinterleaving process      375 (see also “Interleaving”)
Delay estimator error      798
Delay spread/Doppler spread combination      226—29
Delay-lock loop (DLL)      790—94
Delay-lock loop coherent      791 800—802
Delay-lock loop defined      791
Delay-lock loop error signal      798
Delay-lock loop gains and.      796
Delay-lock loop noncoherent      791 794—99
Delay-lock loop PLL vs.      791
Delay-lock loop product of sum and difference (PSD DLL)      793
Delay-lock loop S-curve      798
Delay-lock loop signal error      792
Delay-spread function      216—19
Delay-spread function calculation      219
Delay-spread function defined      216 219
Delay-spread function distribution of      220
Delay-spread function Doppler-spread function combined with      226—29
Delay-spread function multipath      975
Delay-spread function non-time-varying      224
Delay-spread function standard deviation for      220
Delay-spread function time-varying      229
Delay-spread parameter      221
Delta functions Dirac      673
Delta functions implementation in hardware      674
Demodulation error performance      755
Demodulation forward link channel      723
Demodulation noncoherent      781 782
Demodulation reverse link analysis      755—57
Demodulation reverse link waveform      750—61
Demodulation signals with random phase      730 (see also “Modulation”)
Demodulation ВPSK      917
Despreading      806—14
Despreading 1-channel energy      810
Despreading 1-channel waveform      811
Despreading pilot channel      806—7
Despreading Q-channel energy      810
Despreading Q-channel waveform      812
Despreading results comparison      813
Despreading total energy      809
Detection probability      788—89
Detection probability calculation geometry      255
Detection probability defined      184
Detection probability Diffraction      184—86
Detection probability false alarm relationship with      789 790
Detection probability knife-edge loss      186 255
Detection probability loss      254—56
Detection probability multiscreen loss      193 194
Detection probability upper bound      789
Digital Signal Processing      693
Dijkstra's algorithm      284
Dirac delta functions      673
Direct sequence (DS) spread spectrum      14 16—18
Direct sequence (DS) spread spectrum defined      16
Direct sequence (DS) spread spectrum processing gain      18
Direct sequence (DS) spread spectrum system illustration      17 (see also “Spread spectrum”)
Directional antennas      291 292
Directional antennas cluster size      295—96
Directional antennas sector      292 (see also “Antennas”)
Discrete Fourier transform (DPT)      137
Discrete Fourier transform f periodic sequence      642
Discrete Fourier transform properties, for maximal-length sequence      642—44 (see also “Fourier transform”)
Discrete time filtering      49—52
Discrete-time system illustrated      50
Discrete-time system impulse response      51
Discrete-time system input      51
Discrete-time system response example      52
Discrete-time system superposition summation      51
Discriminator characteristic      798
Distributive law      453
Diversity      388—97
Diversity antenna      394
Diversity base station      388 394
Diversity channel      931
Diversity combining      391 397
Diversity combining techniques      929
Diversity dual-frequency combining      969—70
Diversity forms of      388
Diversity frequency      928
Diversity gain      949
Diversity L-fold      930—31 933 938 942
Diversity multipath      388 392 394
Diversity optimal      961—64
Diversity polarization      928
Diversity reception      930
Diversity reception margin      1053—56
Diversity space      928 929
Diversity techniques      928—29
Diversity techniques equal garn combining (EGC)      927 938—64
Diversity techniques maximal-ratio combining (MRC)      927 964—72
Diversity techniques Rake      20 389 930 972—82
Diversity techniques selection diversity (SD)      927 930—33
Diversity techniques types of      927
Diversity time      388 928—29
Diversity types of      928
Doppler effect      237 238
Doppler power spectrum      233
Doppler shift      225 239 241 256
Doppler-spread function      224—26
Doppler-spread function defined      224—25
Doppler-spread function delay-spread function combined with      226—29
Doppler-spread function frequency shift and      226

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