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Higham N. — Accuracy and stability of numerical algorithms
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Íàçâàíèå: Accuracy and stability of numerical algorithms
Àâòîð: Higham N.
Àííîòàöèÿ: Treats the behavior of numerical algorithms in finite precision arithmetic, combining algorithmic derivations, perturbation theory, and rounding error analysis and emphasizing software practicalities, with particular reference to LAPACK and MATLAB. Includes historical perspectives, especially on the work of Wilkinson and Turing, with quotations introducing chapters on subjects such as floating point summation, condition number estimation, and the Sylvester equation. Although designed as a reference rather than a text, it includes problems and solutions. Annotation c. by Book News, Inc., Portland, Or.
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Ðóáðèêà: Ìàòåìàòèêà /×èñëåííûå ìåòîäû /×èñëåííûé àíàëèç /
Ñòàòóñ ïðåäìåòíîãî óêàçàòåëÿ: Ãîòîâ óêàçàòåëü ñ íîìåðàìè ñòðàíèö
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Ãîä èçäàíèÿ: 1996
Êîëè÷åñòâî ñòðàíèö: 688
Äîáàâëåíà â êàòàëîã: 23.02.2005
Îïåðàöèè: Ïîëîæèòü íà ïîëêó |
Ñêîïèðîâàòü ññûëêó äëÿ ôîðóìà | Ñêîïèðîâàòü ID
Ïðåäìåòíûé óêàçàòåëü
Curtis, A. R 197
Cybenko, George 225
Cyclic reduction 197
Dahlquist, Germund 83 160
Daniel, J. W. 385
Datta, Karabi 315
Davis, Philip J. 32 100 471
Dax, Achiya 226 337
Day, Jane M. 197
de Boor, Carl 32 190 196
de Jong, Lieuwe Sytse 33
de Rijk, P. P. M. 410 411
Dekker, T. J. 57 93 284 504
del Ferro, Scipione 483
Demeure, Cedric J. 441
Demmel, James W. 47 53 60 61 84 126 140 141 143 149 165 198 207 208 224 243 248 250—253 257 304 322 352 417 422 486 495 499 504 527 536
Dennis, Jr., J. E. 32 328 477 478
Denormalized numbers see “Subnormal numbers”
Departure from normality (Henrici’s) 351—352
Descloux, J. 343
Determinant 281—283
Determinant of upper Hessenberg matrix 27—28
Determinant, computation of 282—283
Determinant, condition number of 287
Dhillon, Inderjit 60 536
Diagonal dominance 181
Diagonal dominance and block LU factorization 255
Diagonal dominance, block 251—255 257
Diagonal dominance, bound for LU factors of tridiagonal matrix 185
Diagonal dominance, growth factor 181
Diagonal dominance, matrix inverse bound 167
Diagonal dominance, matrix inverse bound for tridiagonal matrix 303
Diagonal pivoting method 218—223
Diagonal pivoting method, complete pivoting and its stability 219—220
Diagonal pivoting method, growth factor, complete pivoting 220
Diagonal pivoting method, growth factor, partial pivoting 222
Diagonal pivoting method, partial pivoting and its stability 221—223
Diagonally dominant matrix, bound for inverse 167
Diagonally dominant matrix, growth factor for 181
Diamond, Harold G. 62
Differential equations see “Ordinary differential equations; partial differential equations references
Direct search optimization methods 477—479
Discretization error 6
Distance to singularity, componentwise 140
Distance to singularity, normwise 123
Divided differences 109—112
Divided differences, confluent 430
Dixon, John D. 300
Dongarra, Jack J. 188 195 225 231q 257 499 581
Doolittle, Myrick Hascall 195
Doolittle’s method 173—174 195
Dorn, William S. 83 100 113
Double rounding 48 63 541
Douglas, Craig C 460 575
Douglas, Jr., Jim 32 188
Doyle, Sir Arthur Conan 289q
Drake, J. B. 261q
Drazin inverse 336—337
Drift, in floating point arithmetic 58
Drmac, Zlatko 225
Du Croz, Jeremy J. 265 272 273 284
Dual norm 119
Dual vector 119
Dubrulle, Augustin A. 285 511
Duff, Iain S. 143 195 200 225 226 257 304 343 410 411 527
Duncan, Martin 96
Dunham, C. B. 425q
Dwyer, Paul S. 169 q
Dynamical systems, references for rounding error analysis 32
Eckart, Carl 126
Edelman, Alan 63 162 180 181 197 198 287 386 483n 518 518q 527 534
Effective conditioning 146
Eirola, Time 33
EISPACK 587
Elden, Lars 412
Eldersveld, Samuel K. 257
ELEFUNT package 499
Elfving, Tommy 441
Emel’yanenko, G. A. 305
Enright, Wayne H. 33
Equilibration 136 138 192
Erisman, A. M. 190 193 200
Error analysis see “Rounding error analysis”
Error, absolute 4
Error, backward see “Backward error”
Error, forward see “Forward error”
Error, mixed forward-backward error 8
Error, relative 4 5
Error, sources of 5—6
Espelid, Terje O. 100
ESSL library (IBM) 448 450
Expm 1 function 34
Faddeeva, V. N. 195
Fairgrieve, Thomas F. 61 530
Fan, Ky 386
Fan-in algorithm 165
Fan-in algorithm for summation 88
Fan-in algorithm for triangular system solution 162—164
Farebrother, R. W. 409
Farkas, I. 113
Farnum, Charles 497
Fast Fourier Transform 465—471
Fast Fourier transform for solving circulant systems 468—470
Fast Fourier transform, Cooley — Tukey factorization of DFT matrix 466
Fast Fourier transform, error bound 467
Fast matrix multiplication 445—463
Fast matrix multiplication in the level 3 BLAS 460
Fast matrix multiplication, , 3M method for complex multiplication 450
Fast matrix multiplication, bilinear noncommutative algorithm 449—450
Fast matrix multiplication, deriving methods 459—460
Fast matrix multiplication, error analysis 450—459
Fast matrix multiplication, Miller’s error results 451
Fast matrix multiplication, record exponent 448
Fast matrix multiplication, Strassen’s method 446—448
Fast matrix multiplication, Strassen’s method, Winograd’s variant 448 455—456
Fast matrix multiplication, Winograd’s method 446
Fateman, Richard J. 59
Feingold, David G. 257
Feldstein, A. 62
Ferguson, H. R. P. 461 482
Ferguson, Jr., Warren E. 49 60
Ferng, William R. 301
Fike, C. T. 114
Fischer, Patrick C. 460
Fixed point arithmetic 56
Fl operator (rounding) 42
Flannery, Brian P. 479 490 507
Fletcher, R. 32 147 149 225 226
Floating point arithmetic 39—65
Floating point arithmetic, alternatives to 53—54
Floating point arithmetic, banned from safety-critical systems 499
Floating point arithmetic, binary-decimal conversion 61—62
Floating point arithmetic, choice of base 51 60—61
Floating point arithmetic, compiler optimization, dangers of 497
Floating point arithmetic, determining properties of 497—498
Floating point arithmetic, drift in 58
Floating point arithmetic, earliest subroutines 39q
Floating point arithmetic, formal op algebra 58
Floating point arithmetic, fused multiply-add operation 60 65
Floating point arithmetic, IEEE arithmetic see “IEEE arithmetic”
Floating point arithmetic, Language Independent Arithmetic (LIA-1) 502
Floating point arithmetic, model 58 501—502
Floating point arithmetic, model with underflow 61
Floating point arithmetic, model without guard digit 49
Floating point arithmetic, model, Brown’s 498 501—502
Floating point arithmetic, model, standard 44
Floating point arithmetic, multiple precision 504—506
Floating point arithmetic, parameters for selected machines 41t
Floating point arithmetic, parameters in software, specifying 499—500
Floating point arithmetic, representation error 51
Floating point arithmetic, rounding see “Rounding”
Floating point arithmetic, software issues 491—512
Floating point arithmetic, speed of operations (relative) 60
Floating point arithmetic, subnormal numbers 41 47 495
Floating point arithmetic, subtraction done exactly 49—50
Floating point arithmetic, testing accuracy of 54—56
Floating point arithmetic, testing correctness of 498—499
Floating point arithmetic, unit roundoff 3 42
Floating point arithmetic, wobbling precision 43 51
Floating point coprocessor 47
Floating point numbers, characterization 40
Floating point numbers, normalized 40
Floating point numbers, spacing between 41
Floating point numbers, subnormal 41 47
Floating point numbers, testing for equality 495
FLOP 3
Forsgren, Anders 225
Forsythe, George E. 32 33 35 52 57 84 95 138 146 164 190 196 197 235 241 242 245q 261q 262 282 305 325q 491q 526
Fortran 90 3
Fortran, environmental inquiry functions 498
Fortran, matmul 460
Forward error 7—8
Forward error for linear system 13
Forward error, definition 7
Forward error, mixed forward-backward error 8
Forward stability, componentwise 142
Forward stability, definition 10
Forward stability, normwise 142
Foster, Leslie V. 178 411
Foulser, David E. 146 147
Fourier matrix 179
Fox, L. xxviiq xxviii 35 117n 188—190
FPV (floating point verification) package 498—499
Fraysse, Valerie 53 358
Friedland, Shmuel 348 359
Frobenius norm 120
Funderlic, R. E. 198
Fused multiply-add operation 60 65
Gaches, J. 132 145
Gahinet, Pascal M. 323
Gal, Shmuel 61
Gallopoulos, E. 488
Gander, Walter 525
Gantmacher, F. R. 172
Gardiner, Judith D. 323
Gardner, Martin 127q
Garner, Harvey L. 62
Gasca, M. 196
Gastinel, Noel 123 126
Gauss — Jordan elimination 275—281
Gauss — Jordan elimination, algorithm 276
Gauss — Jordan elimination, error analysis 277—281
Gauss — Seidel method 325q 334
Gauss, Carl Friedrich 1q 195 219 325q 391
Gaussian elimination 170—174 (see also “LU factorization”)
Gaussian elimination in ancient China 195
Gaussian elimination without pivoting, instability of 17
Gaussian elimination, a posteriori stability tests 192—194
Gaussian elimination, complete pivoting 170
Gaussian elimination, computer programs, first 195—196
Gaussian elimination, computer programs, history of 196
Gaussian elimination, connection with LU factorization 171
Gaussian elimination, error analysis 174—177
Gaussian elimination, error analysis, history of 186—191
Gaussian elimination, growth factor 177—183 (see also “Growth factor”)
Gaussian elimination, loop orderings 195
Gaussian elimination, need for pivoting 170
Gaussian elimination, on Hessenberg matrix 27—28
Gaussian elimination, partial pivoting 170 173
Gaussian elimination, pessimism of its accuracy in 1940s 186—187
Gaussian elimination, row and column scaling 191—192
Gaussian elimination, threshold pivoting 200
Gaussian elimination, use by Gauss 195
Gaussian elimination, versus Cramer’s rule 14—15
Gautschi, Walter 425q 428 429
Gautschi, Werner 351
Gay, David M. 61
Geist, G. A. 261q
Gelfand’s problem 51
Geman, Stuart 518
Gentle, James E. 34
Gentleman, W. Morven 113 384 385 470 576
Geometric computation, accuracy of algorithms in 34
George, Alan 193 224 226
Geuder, James C 190
Ghavimi, Ali R. 320 322
Gill, Philip E. 32 225 226 229 422 479
Gill, S. 92
Givens rotation 371
Givens rotation, disjoint rotations 373—375 387
Givens rotation, fast 385
Givens, Wallace J. 33 67q
Gluchowska, J. 411
Gohberg, I. 141 440 516
Goldberg, David 39q 57 93 534
Goldberg, I. Bennett 62
Goldstine, Herman H. 1n 33 187 196 261q 263 517
Golub, Gene H. xxiv 13 27 33 146 182 190 195 223 231q 257 285 301 312 327 352 384 386 388 391 392 400 409—412 441 580
Goodman, R. 62
Goodnight, James H. 285
Gould, Nicholas I. M. 181 197
Govaerts, W. 242
Gradual underflow 47 61
Gragg, W. B. 297 385
Graham, Ronald L. 87q 520q
Gram — Schmidt method 376—381
Gram — Schmidt method, classical algorithm 377
Gram — Schmidt method, classical error analysis 378—379 381
Gram — Schmidt method, modified algorithm 377
Gram — Schmidt method, modified connection with Householder QR factorization 36lq 379 385
Gram — Schmidt method, modified error analysis 378—381
Gram — Schmidt method, modified error analysis for application to LS problem 396—397
Gram — Schmidt method, modified stability 27
Gram — Schmidt method, reorthogonalization 385
Grebogi, Celso 32
Greenbaum, A. 328 329
Gregory, Robert T. 514 525
Grimes, Roger G. 305 527
Grosse, Eric 581q
Growth factor 177—183
Growth factor for banded matrix 183
Growth factor for complete pivoting 180—181
Growth factor for diagonal pivoting method 220 222
Growth factor for diagonally dominant matrix 181
Growth factor for partial pivoting 177—183
Growth factor for random matrices 196—197
Growth factor for tridiagonal matrix 183
Growth factor for upper Hessenberg matrix 182
Growth factor, a posteriori estimates for 193
Growth factor, define using exact or computed quantities? 177 196
Growth factor, large growth in practical problems 178
Growth factor, lower bound for 179
Growth factor, maximization by direct search 475—476
Growth factor, numerical maximization for complete pivoting 181 197
Growth factor, statistical model of 180
Gu, Ming 352 536
Guard digit 48
Guard digit, test for 56
Gudmundsson, Thorkell 301
Guggenheimer, Heinrich W. 287
Gulliksson, Marten 412
Gurwitz, Chaya 32
Gustafson, John L. 459
Gustavson, F. G. 195
Haar distribution, random orthogonal matrix from 519—520
Hadamard condition number 281 287
Hadamard matrix 128 179 181 201
Hadamard’s inequality 287
Hager, William W. 294 304
Hall, Jr., Marshall 179
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