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



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Íàçâàíèå: CDMA systems engineering handbook

Àâòîðû: Lee J.S., Miller L.E.

Àííîòàöèÿ:

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.


ßçûê: en

Ðóáðèêà: Òåõíîëîãèÿ/

Ñòàòóñ ïðåäìåòíîãî óêàçàòåëÿ: Ãîòîâ óêàçàòåëü ñ íîìåðàìè ñòðàíèö

ed2k: ed2k stats

Ãîä èçäàíèÿ: 1998

Êîëè÷åñòâî ñòðàíèö: 1228

Äîáàâëåíà â êàòàëîã: 29.03.2006

Îïåðàöèè: Ïîëîæèòü íà ïîëêó | Ñêîïèðîâàòü ññûëêó äëÿ ôîðóìà | Ñêîïèðîâàòü ID
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Ïðåäìåòíûé óêàçàòåëü
Quadrature spreading reverse link      357
Quadrature-phase PN generator      346
Quantizer      917
Quantizer 3-bit      918 922
Quantizer metric calculations for      922
Quantizer outputs      921—22
Quantizer Q-level      918 919 920
Rademacher functions      438—43
Rademacher functions construction of      439—40
Rademacher functions defined      438
Rademacher functions defining      438
Rademacher functions illustrated      439
Rademacher functions Walsh function generation with      440—43
Rademacher sequences      443
Rademacher sequences construction      444
Rademacher sequences generator matrix with      459
Radial sectors      206
Radio horizon distance      170 171 175
Radio line-of-sight (LOS)      171
Radio waves geometry of      170
Radio waves paths      169
Raised cosine (RC) filter      55—56
Raised cosine (RC) filter impulse response of      58 160—61
Raised cosine (RC) filter Nyquist      56
Raised cosine (RC) filter with excess bandwidth      55
Raised cosine (RC) filter with roll off factor      56
Rake diversity scheme      20 389 930
Rake diversity scheme defined      930
Rake diversity scheme essence of      976—81
Rake diversity scheme lapped delay line      977
Rake diversity scheme use of      981—82
Rake diversity scheme wideband signal      973 (see also “Diversity techniques”)
Rake receiver      391 972—82
Rake receiver combining      467
Rake receiver configuration features      979
Rake receiver defined      975
Rake receiver design      974—76
Rake receiver L-fold diversity      975
Rake receiver MRC diversity receiver and      979
Rake receiver structure      976
Random number generator (RNG)      418—23
Random number generator (RNG) criteria      418
Random number generator (RNG) defined      418
Random number generator (RNG) example values      418—19
Random number generator (RNG) overflow      420
Random process autocorrelation function of      94
Random process defined      66
Random process Gaussian      101—2
Random process input/output, of linear system      97—98
Random process narrowband Gaussian      114—40
Random process nonstationary      94
Random process Poisson      268
Random process strictly stationary      94
Random process transformation of      74
Random process wide sense stationary      95 96
Random variables Bernoulli      88 89
Random variables chi-squared      126 141—50 744
Random variables concept illustration      65
Random variables continuous decision      916
Random variables defined      64
Random variables defining      66
Random variables discrete      916
Random variables exponential      91
Random variables Gaussian      85—86 108 110 143 313 743—44 755
Random variables joint moments of      83—84
Random variables lognormal      150—54
Random variables moments of      82
Random variables Poisson      90 1062
Random variables probability density function of      66
Random variables probability distribution function of      66
Random variables propagation loss      153
Random variables Rayleigh      727
Random variables reverse link voice activity      1058
Random variables Rician      124
Random variables statistical average of      81—82
Random variables sum of      80
Random variables transformation of      73—74
Random variables uniform      91—92
Random variables variance, computing      637
Random variables white-Gaussian-noise-generated      105
Random waveforms      64
Rayleigh attenuation factor      746 761 966
Rayleigh distributions      115—18 240
Rayleigh fading      118—20
Rayleigh fading binary orthogonal system bit-error performance      950
Rayleigh fading BPSK      729
Rayleigh fading BPSK probability of error in      993
Rayleigh fading defined      230
Rayleigh fading DQPSK in      962 998—99
Rayleigh fading fade rate      242—44
Rayleigh fading forward link channel symbol error performance      727—28
Rayleigh fading M-ary system with diversity bit-error performance      951 952
Rayleigh fading M-ary system with no diversity bit-error performance      953 954 955 956
Rayleigh fading MFSK with      946—49
Rayleigh fading NCBO system      963
Rayleigh fading noncoherent binary orthogonal system      746
Rayleigh fading probability of error      998
Rayleigh fading reverse link performance      761—63 (see also “Fading”)
Rayleigh RVs      727
Rayleigh RVs mean square value      727 958
Rayleigh RVs pdf      117 241 746
Rebtive chip distances      1122
Received vector      495 496
Receiver margin      1159—61 1162 1163
Receiver margin forward link      1175
Receiver margin reverse link      1175
Receiver noise calculation      304
Receiver vector      688
Reciprocal polynomials      520 559—62 583
Reciprocal polynomials defined      559—60
Reciprocal polynomials finding      561
Reciprocal polynomials long PN sequence      612
Reciprocal polynomials sequence representation      560
Rect function      29 30 52
Rectangular basic waveform      778
Rectangular basic waveform autocorrelation function      781
Rectangular basic waveform PN signal using      779 (see also “Basic waveform”)
Recurrent codes      see “Convolutional codes”
Redundant digits      484
Reference sequences      645 647
Refined Chernoff bound (RGB)      110
Reflection coefficient      254
Relative delay      646
Relative delay bounds on      1121—22
Relative delay defined      594
Relative delay expression interpretation      596
Relative delay for MSRG      599—600
Relative delay for PSN      594
Relative delay for SSRG      594
Reliable signal level (RSL)      1056—57
Reliable signal level (RSL) defined      1056
Reliable signal level (RSL) with no power control      1057
Reliable signal level (RSL) with power control      157
Remaining set      1116
Reuse cellular capacity and      275—77
Reuse cluster sizes and      287
Reuse cochannel, ratio      285
Reuse distances      298
Reuse efficiency      1018 1020
Reuse factor      1018 1019 1020
Reuse factor defined      1108
Reuse factor second-order      1063
Reuse fraction      1019
Reuse fraction blocking probability comparison and      1077
Reuse fraction second-order, analysis      1107—9
Reuse function      1016
Reuse measures      1019
Reuse parameters      1017—18
Reuse patterns, FDMA/GDMA comparison      1022
Reverse link channels      334 335 360—66
Reverse link channels access      360—62
Reverse link channels assignments      358
Reverse link channels comparison      367
Reverse link channels CRC computations for      538—40
Reverse link channels distinguishing      358
Reverse link channels modulation      367
Reverse link channels traffic      362—66
Reverse link channels types of      334 360
Reverse link cochannel interference      287 1012—22
Reverse link cochannel interference capacity and      1018—20
Reverse link cochannel interference cell loading and      1020—22
Reverse link cochannel interference geometry      1013
Reverse link cochannel interference other-cell      1013—17
Reverse link cochannel interference other-cell interference calculations      1016
Reverse link cochannel interference reuse parameters      1017—18
Reverse link cochannel interference same-cell      1012—13 (see also “Cochannel interference”)
Reverse link limited      1046
Reverse links      356—67
Reverse links acquisition      357
Reverse links CAI summary      356—57
Reverse links carrier-to-noise power ratio      1040
Reverse links cell radius      1022—23
Reverse links convolutional code performance      912
Reverse links convolutional encoder for      909
Reverse links coverage area      1171
Reverse links demodulation analysis      755—57
Reverse links encoding      468
Reverse links error-control coding      357
Reverse links forward links vs.      366—67
Reverse links interference      364
Reverse links interleaving      357 383
Reverse links link budget      369
Reverse links M-ary orthogonal modulation scheme      746—60
Reverse links many-to-one transmission      366
Reverse links median SNR      1052
Reverse links modulation      357
Reverse links multipath/antenna diversity      394
Reverse links multiple access      356 357—59
Reverse links noncoherent signal processing      728—35
Reverse links operations      356—66
Reverse links OQPSK modulation      749
Reverse links path loss      1041 1043
Reverse links performance in Rayleigh fading      761—63
Reverse links PN chip rate      357
Reverse links power budget      1039—43
Reverse links processing gain      1173
Reverse links propagation loss      1171
Reverse links pulse shaping      357 749
Reverse links QPSK modulation in      713—14 728—63
Reverse links quadrature spreading      357
Reverse links receiver margin      11 75
Reverse links soft handoff/multipath/base station diversity      394
Reverse links spreading      749
Reverse links too strong      1045
Reverse links too weak      1044
Reverse links total average interference      1018
Reverse links total average interference power      1017
Reverse links traffic level      317
Reverse links transmitter block diagram      359
Reverse links voice activity      1058
Reverse links voice coding      357
Reverse links Walsh functions in      425—26 467—68
Reverse links Walsh orthogonal modulation      748
Reverse links Walsh sequences      367
Reverse links waveforms, optimal demodulation of      750—61 (see also “Forward links”; “IS-95”)
Reverse traffic channel      362—66
Reverse traffic channel CRC for      540
Reverse traffic channel FQIs      538
Reverse traffic channel frames      538
Reverse traffic channel interleaving      386 387 388 389 390
Reverse traffic channel median received SNR for      1172
Reverse traffic channel modulation      363
Reverse traffic channel modulation parameters      364 366
Reverse traffic channel processing      362
Reverse traffic channel structure      840 (see also “Reverse link channels”)
Rician channel      126
Rician pdf      122 123
Rician RV      124
Riemann zeta function      290
Ripple effects      34
Rolloff factor defined      55
Rolloff factor RC filter with      56
S-curve      798
Same-cell interference      1002—5 1012—13
Same-cell interference forward link      1002—5
Same-cell interference other-cell interference ratio comparison      1037
Same-cell interference reverse link      1012—13 (see also “Other-cell interference”)
Sample point      68
Sample space      68
Sampling theorems      41—52
Sampling theorems for bandpass waveforms      47—49
Sampling theorems for high-frequency waveforms      47 48
Sampling theorems in frequency domain      41—43
Sampling theorems in time domain      43—47
Sampling theorems lowpass waveform      44—45
Scalars      453
Schwarz inequality      697 968
Search window      1118 1119
Search window illustrated      1118
Search window multipath effect on      1120
Search window parameter values, mapping      1123
Search window parameters      1122—24
Search window sizes      1122 1123 1124
Search window values      1122
Selection diversity (SD)      927 930—33
Selection diversity (SD) BPSK performance derivation      992—93
Selection diversity (SD) diversity channel      931
Selection diversity (SD) DQPSK performance derivation      996—98
Selection diversity (SD) M-ary orthogonal performance derivation      987—88
Selection diversity (SD) postdetection receiver model      931
Selection diversity (SD) signal diversity component      930
Selection diversity (SD) soft handoff with      1054 (see also “Diversity techniques”)
Separation-to-delay (S/D)      374 405
Separation-to-memory (S/M)      374 405
Sequence autocorrelation function      633
Sequence autocorrelation function defined      626
Sequence autocorrelation function maximal length      627
Sequence cross-correlation function      625 626 628—29
Sequence phase shifts      589—93
Sequence phase shifts mask relationship with      593—623
Sequence phase shifts with SSRG      591 (see also “Phase shifts”)
Sequence vectors      858 859
Setup channels      301
Shadow zone      184 185
Shadowing      302 368
Shadowing defined      247
Shadowing gain      193
Shadowing lognormal      247 306
Shannon bound      846
Shannon’s theorem      844
Shift register vectors      854
Shift registers convolutional encoder      849
Shift registers loading      589
Shift registers masks      593
Shift registers MSRG      598—99
Shift registers output      579 599
Shift registers PN sequence implementation      576—623
Shift registers polynomials of      507
Shift registers Walsh function generation with      458
Short PN codes      616—18
Short PN codes characteristic polynomial      616
Short PN codes example masks      618—23
Short PN codes i-channel      616 617
Short PN codes I-channel generator      623
Short PN codes MSRG implementation of      617
Short PN codes period of      617
Short PN codes Q-channel      616 617
Short PN codes Q-channel generator      623
Short PN codes zero offset sequences      618 (see also “PN codes”)
Short-term fading      234
1 2 3 4 5 6 7 8 9 10 11
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