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Àâòîðèçàöèÿ |
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Ïîèñê ïî óêàçàòåëÿì |
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Lawless J.F. — Statistical Models and Methods for Lifetime Data |
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Ïðåäìåòíûé óêàçàòåëü |
Lakatos, E. 428 595
Lam, K.F. 587
Lamberti-Pasculli, M. 596 608
Lancaster, T. 40 258 329 523 595
Lange, K. 555 595
Lange, N, T. 389 581
Large sample methods see “Asymptotic results” “Likelihood “Maximum “Score
Larntz, K. 330 582
Larson, M, G, 456 595
Latta, R.B. 417 428 595
Lawless, J.R 51 69 70 77 78 122 123 138 201 203 222 224 228 240 249 251 257 258 266 307 312 321 329 330 331 333 339 381 389 390 396 398 428 450 451 486 492 512 518 523 524 525 529 564 565 571 583 585 586 587 588 589 590 591 592 593 595 605 608 609
Lawrance, A.J. 458 459 584
Leadbetter, M.R. 137 608
Least squares estimation 306—308
Least Squares estimation with censored data 427 429
Lee, E.T. 416 428 596
Lee, E.W. 524 525 596
Lee, K.C. 388 390
Lee, M.L.T. 519 522 525 596
Lee, Y.W. 587
Lehmann family 344
Lehmann, E.L. 428 472 582 596
Lellouch, J. 600 603
Lemon, G. 201 596
Length-biased sampling 70 78
Leteneur, L. 592
Leurgans, S. 416 428 596
Lewis, P.A.W. 154 532 583
Li, G. 475 486 596 606
Liang, K.-Y 523 524 551 579 596 604
Lieblein, J. 39 98 257 596
Liestol, K. 580
Life tables 128—136 138 144—145
Life tables, asymptotic properties of estimates 133—136
Life tables, bias and inconsistency of estimates 135—136
Life tables, censoring (withdrawals) in 129 132 138 145
Life tables, multiple decrement 456
Life tables, standard estimates 130
Life tables, variance estimation 130—131 135—136
Life tables, with covariates 370—376
Life tests 1 3 7—8
Life tests, planning 157—164 252—258
Life tests, with exponential distribution 152—154 157—164
Life tests, with replacement 154
Life tests, with Weibuli distribution 255—258 (see also “Accelerated life tests”)
Lifetimes 1—3 (see also “Distributions lifetime”)
Likelihood 49 74 545
Likelihood function 49 545
Likelihood function, concavity and unimodality 200 331—332
Likelihood function, log likelihood function 54 61
Likelihood function, marginal 348 551—552
Likelihood function, maximized or profile 166—167 547—548
Likelihood function, nonparametric 50 83—86 136
Likelihood function, penalized 137
Likelihood function, plots 166 188—190
Likelihood function, relative likelihood function 188—189
Likelihood function, unbounded 186—187 332 “Information” “Likelihood “Maximum “Partial “Score
Likelihood function, with censoring 52—61 75
Likelihood function, with grouped data 133 145 174—175 200
Likelihood function, with interval censoring 63—66 176—177 200
Likelihood function, with truncation 51 68 71 178—181 200—201
Likelihood ratio statistic 61 72 548—550
Likelihood ratio statistic, signed square root of 149 216 550
Lin, D.Y. 103 389 390 422 424 425 429 484 486 491 523 524 525 575 588 596 597 605 608
Lindeboom, M. 523 597
Lindsey, J.C. 128 138 142 200 206 330 389 524 580 588 597
Lindsey, J.K. 200 206 597
Linear hazard function (Rayleigh) distribution 33
Linear models see “Regression models linear”
Lininger, L. 416 428 597
Link, C.L. 137 388 597
Littell, A.S. 138 597
Little, R.J.A. 66 597
Lloyd, E.H. 259 597
Loader, C 109 597
Local average 110
Local likelihood 109
Location-scale parameter models 26—29 211 561—566
Location-scale parameter models, comparison of distributions 235—238
Location-scale parameter models, confidence intervals and tests 213—218 564—565
Location-scale parameter models, estimators for 257—260 561—562
Location-scale parameter models, goodness of fit for 483—484
Location-scale parameter models, maximum likelihood 212—213
Location-scale parameter models, misspecification 307—308
Location-scale parameter models, planning-studies 252—257 258 308—311
Location-scale parameter models, prediction 266—267
Location-scale parameter models, probability plots for 100—103 108—109
Location-scale parameter models, rank tests for 401—406
Location-scale parameter models, regression models 35 270—271 308 401—402
Location-scale parameter models, with shape parameters 27 243—244 “Generalized “Generalized “Log-location-scale “Logistic “Normal “Regression
Lockhart, R.A. 187 201 597
Log-gamma distribution 28—29 44
Log-location-scale models 26—29 211 270—273
Log-location-scale models, with time-varying covariates 320—321 (see also “Location-scale parameter models” “Regression
Log-logistic distribution 23—24 39 42
Log-logistic distribution, inference for 181—182 231—235
Log-normal distribution 21—23 39 42 230
Log-normal distribution, inference for 180—181 230—235
Log-normal distribution, with threshold parameter 186 208
Log-rank test 346 388—389 406—407 409—411
Log-rank test, weighted 414—417 428
Log-rank test, with stratification 415—419
Logistic discfete data model 371—379 383
Logistic distribution 23—24 231—235
Logistic distribution, bivariate 47
Logistic distribution, regression models 303—306
Long-term survivors 183 326—327
Longitudinal surveys 66
Lost to followup 52
Louis, T.A. 75 200 428 432 523 524 525 581 591 597 605
Loynes, R.M. 483 486 597
Lu, C.J. 520 597
Lu, J.C. 525 597
Lu, Jin 522 525 597
Lunn, M. 456 597
Lupus nephritis 394 574—575
LuValle, M.J. 330 598 599
Lynden-Bell, D. 138 598
Maccario, S. 603
Machado, S.G. 339 598
MacKay, R.J. 75 388 455 457 593
Mackenzie, G. 330 598
Mackenzie, T. 577
Mailer, R.A. 40 201 330 598
Maintenance 39 525
Makov, U.E. 607
Manatunga, A.K. 523 598
Mandel, J. 604
Mann, N.R. 228 257 258 266 479 490 586 595 598
Mantel, N. 388 389 428 487 528 598 601 602
Mantel-Haenszel test see “Log-rank test”
Manton, K.G. 456 598 608
Marek, P. 415 430 603
Markers, biological 518—519
Markov process 514—515
Marriage duration 2 71
Marshall, A.W. 523 579 598
Martingales 62—63 95—96 567—568 570
Martz, H.F. 75 209 598
Marzec, L. 484 598
Marzec, P. 484 598
Matched pairs see “Paired data”
Matthews, D.E. 137 456 599
Maximum Likelihood Estimation 49 54 61—64 545—552
Maximum likelihood estimation, and parameter transformations 88 149 200 202
Maximum likelihood estimation, asymptotic results for 61—63 75 545—552
Maximum likelihood estimation, maximum likelihood estimate 49—50 546
Maximum likelihood estimation, nonexistence of m.l.e 148 332
Maximum likelihood estimation, nonparametric 80 83—86 136
Maximum likelihood estimation, numerical methods 166—167 555—557
| Maximum likelihood estimation, semiparametric 349—350 384—388 396 “Likelihood “Score
Maximum likelihood estimation, with censored data 61—63
May, S. 486 599
Mayer, K.U. 580
Mbreau, T. 389 486 600 603
McCool, J.I. 228 229 238 255 257 261 262—333 335 599
McCullagh, P. 283 372 599
McDonald, J.S. 600
McDonald, J.W. 138 584
McGilchrist, C.A. 523 530 599
Mcintosh, A. 389 593
McKeague, I.W. 484 599
McKnight, B. 605
McNeil, D. 456 597
McPherson, K. 602
Mead, R. 555 600
Mean lifetime restricted to T 98
Mean lifetime restricted to T, estimation of 98 140—141
Mean residual lifetime 41 141
Mechanistic models 325
Median 9
Median, nonparametric estimation of 94 137
Median, parametric estimation of 168—170 267
Meeker, W.Q. 75 126 201 215 253 255 256 257 258 260 310 311 329 330 525 586 591 597 599 601
Meeter, C.A. 330 599
Mehrotra, K.G. 428 430 592 599
Meier, R 80 136 137 138 141 593 599
Mendenhall, W. 200 456 459 461 599
Mesbah, M. 600
Michalek, J.E. 599
Microcircuit failures 267
Mihalko, D. 599
Miller, R.G. 205 429 599
Missing data 66—67 201
Missing data, censoring times 66—67 138 142 201
Missing data, missing at random (MAR) 66
Missing data, missing completely at random (MCAR) 66
Mixture models 33—34 40 42 181 206—207
Mixture models of exponential distributions 42 45
Mixture models of normal distributions 201
Mixture models of Weibull distributions 183—185 201 “Frailty
Miyakawa, M. 463 600
Model checking see “Goodness of fit tests” “Graphical
Models 2 38 39
Models, misspecification 553
Models, nonparametric 38
Models, parametric 16 35 38—39
Models, semiparametric 35 273 341 401
Moertel, C.G. 103 491 575 600
Moeschberger.M.L. 5 390 417 428 455 456 523 584 594 600
Mogg, J.M. 593
Monti, M, A. 584
Moolgavkar, S. 557 608
Moore, A.H. 200 228 590
Mori, M. 524 602
Mortality data 487
Morton, R. 428 600
Mukherjee, J. 583
Muller, H.G. 137 600
Multiple causes of death see “Multiple modes of failure”
Multiple events 491 512
Multiple modes of failure 8 37 40 47 433—437 455
Multiple modes of failure, cumulative incidence or subdistribution functions 434 452—456
Multiple modes of failure, grouped data 448—449 456 461—462
Multiple modes of failure, latent failure time model 435 457
Multiple modes of failure, likelihood function 435—437
Multiple modes of failure, masking 463
Multiple modes of failure, mode-specific hazards 37 433
Multiple modes of failure, nonparametric methods 437—444
Multiple modes of failure, parametric methods 444—449 456
Multiple modes of failure, proportional or multiplicative hazards 447 449—456
Multiple modes of failure, regression models 444 447 449—456 “Multivariate
Multiplicative hazards models 322—324 341—342 357 388—389 484—485
Multistate models 493 513—518
Multivariate lifetime distributions 36—37 40 46 493—507 523
Multivariate lifetime distributions, and clustered data 494 498—500
Multivariate lifetime distributions, and copulas 495—496 523
Multivariate lifetime distributions, and sequences of lifetimes 508 (see also “Competing risks” “Multiple
Multivariate lifetime distributions, association 523 526
Multivariate lifetime distributions, Burr model 496—497
Multivariate lifetime distributions, Clayton model 496—497 526
Multivariate lifetime distributions, independence working models 501—504 524
Multivariate lifetime distributions, inference for 500—504
Multivariate lifetime distributions, logistic, model 47
Multivariate lifetime distributions, nonparametric methods 500—501
Multivariate lifetime distributions, random effects 497—500 523
Multivariate lifetime distributions, regression models 498—500
Multivariate lifetime distributions, semiparametric PH models 503—504
Munoz, A. 605
Murphy, S.A. 390 551 600
Murray, W. 588
Murthy, D.N.P. 30 200 258 580
Naes, T. 388 600
Nagaraja, H.N. 578
Nagelkerke, N.J.D. 389 600
Nair, V.N. 108 137 600
Namboodiri, K. 138 456 600
Nelder — Mead procedure 555
Nelder, J.A. 283 372 555 599 600
Nelson — Aalen estimate 85—86 137
Nelson — Aalen estimate, and product-limit estimate 84—85 97
Nelson — Aalen estimate, and truncated data 117 122
Nelson — Aalen estimate, as an m.l.e. 86
Nelson — Aalen estimate, asymptotic properties 95—98 570
Nelson — Aalen estimate, plots of 86—87 107
Nelson — Aalen estimate, variance estimation 86 96—97
Nelson, W.B. 3 7 39 40 108 109 126 137 231 232 257 260 267 311 321 329 330 444 455 456 599 600 601 604
Neuhaus, J. 500 524 601
Newton — Raphsori method 555
Neyman, J. 469 601
Ng, E.J.M. 583
NickeII, S. 258 329 595
Nielsen, G.G. 524 601
Nielsen, IP 525 587 591
Nikulin, M.S. 330 429 522 578 579
nonparametric methods 38 79
Nonparametric methods, and interval-censored data 124—128
Nonparametric methods, and model checking 98—108
Nonparametric methods, and plots 81—82 86—87 98—108
Nonparametric methods, and truncated data 116—123 (see also “Maximum likelihood estimation” “Nelson “Product-limit
Nonparametric methods, estimation of hazard or density functions 109—115
Nonparametric methods, estimation of probabilities and survivor functions 80—83 87—93 115—128
Nonparametric methods, estimation of quantiles 93—95
Nonparametric methods, tests 344 402—406 413—414
Normal distribution 21 24 230
Normal distribution, estimation and tests 230—235 242—243
Normal distribution, goodness of fit tests 480—481 486
Normal distribution, relationship to log-gamma see also “Log-normal distribution” “Regression
Normand, S.-L 521 525 585
Oakes, D. 329 339 390 428 501 516 523 524 525 527 583 598 601
Observation schemes 51 75
Observation schemes, intermittent observation 63—66
Observation schemes, prospective observation 51
Observation schemes, retrospective observation 70—7l
Oleinick, A. 487 601
Olivier, D. 330 389 595
Olkin, I. 523 598
Oosting, J. 600
Optimization procedures 555—557
Order statistics 542—543
Order statistics, and linear estimation 259—260
Order statistics, and type 2 censoring 55—57
Order statistics, asymptotic results for 141—142 543
Order statistics, from exponential distribution 152—153 476—477 543
Order statistics, from extreme value distribution 478—479
Order statistics, from norma] distribution 480—481
Order statistics, from uniform distribution 543
Order statistics, moments 259 479 543
Order statistics, prediction of 203 265—266
Outlier 288
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