Главная    Ex Libris    Книги    Журналы    Статьи    Серии    Каталог    Wanted    Загрузка    ХудЛит    Справка    Поиск по индексам    Поиск    Форум   
blank
Авторизация

       
blank
Поиск по указателям

blank
blank
blank
Красота
blank
Antia H.M. — Numerical Methods for Scientists and Engineers
Antia H.M. — Numerical Methods for Scientists and Engineers



Обсудите книгу на научном форуме



Нашли опечатку?
Выделите ее мышкой и нажмите Ctrl+Enter


Название: Numerical Methods for Scientists and Engineers

Автор: Antia H.M.

Аннотация:

This book has evolved out of lecture courses delivered to Research Scholars at the Tata Institute of Fundamental Research during the period 1978-88. It attempts to provide a practical guide for numerical solutions to mathematical problems on digital computers. It is intended for both students and research workers in science and engineering. Readers are expected to have a reasonable background in mathematics as well as computer programming.
The enormous variety of problems that can be encountered in practice makes numerical computation an art to some extent, and as such the best way of learning it is to practice it. Attempting to learnnumerical methods by simply attending lectures or by just reading a book is like trying to learn how to play football by the same method. All students are therefore urged to try out the methods themselves on any problem that they may fancy, not necessarily the ones given in this book. In fact, the reader will probably not appreciate the contents unless he makes a serious attempt to usenumerical methods for solving problems on computers.


Язык: en

Рубрика: Computer science/

Статус предметного указателя: Готов указатель с номерами страниц

ed2k: ed2k stats

Год издания: 1991

Количество страниц: 977

Добавлена в каталог: 17.01.2010

Операции: Положить на полку | Скопировать ссылку для форума | Скопировать ID
blank
Предметный указатель
Neumann condition      635 638 639 640 671 674 685
Neumann condition, irregular boundary      676
Neville’s interpolation      151 262 719
NEWRAC      821 824
NEWRAP      289 290 810 824
Newton      330 830 831 832
Newton — Cotes formulas      171—180
Newton — Cotes formulas, choice      180
Newton — Cotes formulas, closed      172 620
Newton — Cotes formulas, convergence      175
Newton — Cotes formulas, integral equations      619 621
Newton — Cotes formulas, open      172 174 213 532 620
Newton — Cotes formulas, roundoff error      192 194
Newton — Cotes formulas, truncation error      172 174 175
Newton — Cotes formulas, weight function      201 206 264 720
Newton — Raphson method      287—290 294 299 304 336 471 566 595 810 824
Newton — Raphson method, convergence      287
Newton — Raphson method, modified      288 810
Newton — Raphson method, multiple roots      288 289 810
Newton — Raphson method, rate of convergence      285 288 300 337 338 727 728 729
Newton — Raphson method, roundoff error      314
Newton — Raphson method, secant method      285 337
Newton’s equations      263 303
Newton’s interpolation formula, backward      128 151 527 535 539
Newton’s interpolation formula, divided difference      124 157 168 188 719 768 774
Newton’s interpolation formula, forward      128
Newton’s method      410
Newton’s method with line search      328 363
Newton’s method, convergence      327 363
Newton’s method, damped      328
Newton’s method, modified      328 364
NGAUSS      795 797
Nicolson, P.      651
Nine-point formula      672 674
Nine-point formula, eigenvalue problem      700
Nine-point formula, parallel processing      693
Nine-point formula, truncation error      701 752
NMINF      374 375 847 849
Nodal points      686
nodes      580 597 614 686
Nonlinear approximation      397 409—414 456
Nonlinear elementary divisor      477 490 502 512 514 515 519 589 741 742 877
Nonlinear equations      271—344 565 725—732 807—834
Nonlinear equations, always convergent methods      272 291 293 294 295 305 308
Nonlinear equations, bisection      273—276 292 808
Nonlinear equations, Brent’s method      290—295 812
Nonlinear equations, Broyden’s method      332—334 833
Nonlinear equations, checking the roots      314
Nonlinear equations, choice of method      294 295
Nonlinear equations, complex roots      296—305 308—312 814-829
Nonlinear equations, continuation method      302 329 830
Nonlinear equations, convergence criterion      312 315—318 342 730
Nonlinear equations, deflation      302 309 311 312 317 325 326 340 341 815
Nonlinear equations, fixed-point iteration      276—278 325 342
Nonlinear equations, generalized secant method      332
Nonlinear equations, Hailey’s method      339 729
Nonlinear equations, ill-conditioning      303 306 316 318 322
Nonlinear equations, interpolatory method      290 291 300 337 727
Nonlinear equations, iterative methods      271 277 284 287 299 301 310 327 337 338 339 342 727 729
Nonlinear parabolic equations      650—655 934
Nonlinear programming      387
Nonlinear wave      653
Nontrivial solution      475 564
Norm      609
Norm, $L_{p}$      394
Norm, choice of      395
Norm, continuum      394
Norm, discrete      394
Norm, error      394
Norm, Euclidean      97 512
Norm, matrix      78 92 97 367 502 512
Norm, spectral      78
Norm, vector      78 88
Normal distribution      395 398 399 405 411
Normal equations      398 409 464
Normal probability integral      473 740
Normalization, eigenvector      475 479 876
Normalization, floating-point number      23 24 27
Not-a-knot boundary condition      135 152 770
Nuclear power plant      3
NULL-SPACE      61 87 88 89
Nullity      87
Number representation      22—24
Number representation, fixed-point      22 23
Number representation, floating-point      23 53
Number representation, level-index      56
Number representation, one’s complement      22
Number representation, signed-magnitude      22
Number representation, two’s complement      22
Number system      18—21
Number system, balanced-decimal      52 704
Number system, balanced-ternary      21 704
Number system, base      18 19 52
Number system, binary      19
Number system, binary complex      21 704
Number system, conversion      19
Number system, decimal      18
Number system, hexadecimal      20
Number system, negative decimal      21 52
Number system, octal      20
Number system, positional      18
Number system, quantization      25
Number system, quater-imaginary      21
Numerical dissipation      663
Numerical instability      49 50 107 476 488 531 540 591 618
Numerical integration methods      523
Numerical integration methods, absolute stability      527 559
Numerical integration methods, accumulated error      531 532
Numerical integration methods, consistency      524 526 531
Numerical integration methods, convergence      525 531
Numerical integration methods, explicit      523 530 532
Numerical integration methods, implicit      523 532
Numerical integration methods, method of undetermined coefficients      523 524 528
Numerical integration methods, order      524 526
Numerical integration methods, parasitic solution      526 528 531 532
Numerical integration methods, roundoff error      531 542 543 591
Numerical integration methods, stability      525—531 533 534 538 556 558 559 560 590 591 595 744 745
Numerical integration methods, starting values      536 537 592
Numerical integration methods, stiffly stable      558—563 905
Numerical integration methods, three-step fourth-order formula      528—530 591
Numerical integration methods, truncation error      524 528 531 532 534
Numerical integration methods, two-step formula      591 745
Numerical integration methods, using higher order derivatives      594
Numerical integration methods, weakly stable      529 530
Numerical model      1
Numerical viscosity      663
Nyquist frequency      415 424
Objective function      378 851 875
Off-centered difference formula      571 573 581
Oldham, К. B.      51
Olver, F. W. J.      321
One’s complement      22
Open formulas      172 174 213 532 620
Optimal feasible vector      378 380 382 851 853
Optimization      (see Minimization)
Order of convergence      4 16
Order, differential equations      521
Order, exponential      428 430
Order, interpolation formulas      120
Order, iterative methods      280 284 291 336
Order, numerical integration methods      524 526
Order, partial differential equations      635
Ordinary differential equations      (see Differential equations)
Ortega, J. M.      694
Orthogonal functions      406 609
Orthogonal matrix      63 87 89 115 491 498 506 881
Orthogonal polynomials      188 195 196 200 402 406—409 855
Orthogonal transformation      89 93 107 115 400 492 499 504 507 513
Orthogonalization      372 406
Osborne, M. R.      390
Oscillatory convergence      278
Oscillatory divergence      278
Osculatory interpolation      132
Overdetermined system      61 87 89 400 455 609 617
Overflow      22 23 24 29 32 68 252 309 375 434 494 522 562 582 705 756 818 7 17 20 52 703
pade      863 867 871
Pade approximatio, convergence      436
Pade approximatio, existence      468
Pade approximatio, truncation error      432
Pade approximation      431—437 863
Parabolic equations      636 638 639—658 931—936
Parabolic equations, alternating direction method      656—658 935
Parabolic equations, boundary conditions      640 650 656 657 697
Parabolic equations, convergence      644 645 648
Parabolic equations, Crank — Nicolson method      643 651 932
Parabolic equations, explicit method      640 641 642 649 650
Parabolic equations, finite difference methods      640—652 655—658 695 932
Parabolic equations, implicit method      643 644 651
Parabolic equations, method of lines      652—655 934
Parabolic equations, nonlinear      650—655 934
Parabolic equations, parallel processing      691
Parabolic equations, several space variables      655—658 935
Parabolic equations, stability      641—644 649 656 657
Parabolic equations, system of      652
Parabolic equations, three space dimensions      657
Parabolic equations, truncation error      640 644 657 695 97 750
Parabolic interpolation      126 291 298 351 353 354 374 387 836 839 845 849
Parabolic window      467
Parallel algorithm      104
Parallel processing      36 99—108 377 690—694
Parallel processing, alternating direction implicit iterative (ADI) method      693
Parallel processing, cyclic reduction      103 104 107 691 694
Parallel processing, efficiency      102
Parallel processing, elliptic equations      691—694
Parallel processing, fast Fourier transform      427
Parallel processing, Gauss — Seidel method      692 693
Parallel processing, hyperbolic equations      691
Parallel processing, independent computation      101
Parallel processing, integration      259
Parallel processing, Jacobi method      692
Parallel processing, linear equations      106—108
Parallel processing, matrix product      105
Parallel processing, matrix-vector product      104
Parallel processing, multicolor ordering      693
Parallel processing, nonlinear equations      334
Parallel processing, parabolic equations      691
Parallel processing, recurrence relations      103
Parallel processing, red-black ordering      692
Parallel processing, speed-up      99 102 259
Parallel processing, successive over-relaxation method      692
Parallel processing, summation      102
Parallelism      102 103 106
Parallelogram      687 688 702 752
Parasitic solution      526 528 531 532 547
Parseval’s theorem      418 466
Partial      66 67 73 74 75 80 111 504 575 581 603
Partial differential equations      634—702 750—752 931—944
Partial differential equations, alternating direction method      656—658 681 935
Partial differential equations, boundary conditions      635 638 639 640 650 656 657 659 665 671 674 676 684 689
Partial differential equations, boundary value problem      635 670—685 941—944
Partial differential equations, characteristics      636 638 639 659 660
Partial differential equations, classification      636—639
Partial differential equations, convergence      644 645 648
Partial differential equations, Crank — Nicolson method      643 932
Partial differential equations, detecting instability      658
Partial differential equations, dimension      635
Partial differential equations, eigenvalue problem      636 673 676 700
Partial differential equations, elliptic      636 639 670—685 941—947
Partial differential equations, equilibrium problem      635
Partial differential equations, extrapolation methods      674
Partial differential equations, FFT method      684 685
Partial differential equations, finite difference methods      640—685 932—947
Partial differential equations, finite element methods      685—690
Partial differential equations, hyperbolic      636 659—670 938
Partial differential equations, ill-conditioning      750
Partial differential equations, initial value problem      635 636 639—670 932—939
Partial differential equations, Lax — Wendroff method      664 665 670 938
Partial differential equations, method      681—683 943
Partial differential equations, method of lines      652—655 690 934
Partial differential equations, nonlinear      650—655 664 676 934 938
Partial differential equations, order      635
Partial differential equations, parabolic      636 638 639—658 931—936
Partial differential equations, parallel processing      691—694
Partial Differential Equations, Quasilinear      635 696
Partial differential equations, roundoff error      666 699
Partial differential equations, stability      641—644 649 656 657 660 662 665 669 697
Partial differential equations, successive over-relaxation method      679—681 692 941
Partial differential equations, truncation error      640 644 657 660 671 674 695 697 750 752
Partial double precision      592
Partial pivoting      66 67 73 74 75 80 111 504 575 581 603 755 757 760 919
Partial pivoting, limitations      66 711
Partial pivoting, roundoff error      80
Particular solution      61 566
Partitioning      685
Pascal matrix      712
Patterson rule      191 220
Pegasus method      335
Penney, W.      21
Periodic boundary conditions      684 701
Permutation matrix      73 111 581
Piecewise polynomial      134 146 396 409 465
Piessens, R.      171 191
Pipeline      100
Pissanetzky, S.      61
Pitfalls      7
Pitfalls, reverse communication      815 818 916
Pivot      65 360
Pivoting      66 67 80 106 107 135
Pivoting, complete      66 80 98
Pivoting, limitations      66
plot      807
Point of inflection      347 357 388 841
Poisson’s equation      671 677 678 682 684 941 943
Poisson’s equation, FFT method      684 685
Poisson’s equation, five-point formula      671 672
Poisson’s equation, nine-point formula      674 701 752
Polak — Ribiere formula      376
Pole      273 289 305 430 449 451 453 773
POLEVL      407 855 857
POLFIT      407 408 855 857
POLY      2 146 774
POLYC      305 821 828
Polyhedron      378
polyL      1 459 873 875
Polynomial      302 396
Polynomial extrapolation      168 169 554 562 908
Polynomial interpolation      118—138 768—770 774—777
Polynomial interpolation in several dimensions      144—148
Polynomial interpolation, complexity      122 125
Polynomial interpolation, existence and uniqueness      119
Polynomial interpolation, truncation error      120 121 124 126 714 715
Polynomial, characteristic      475 476 478 518
Polynomial, Chebyshev      59 127 196 197 198 340 388 437 438 440 610 864
Polynomial, Chebyshev expansion      437 864
Polynomial, checking the roots      312
Polynomial, complex roots      308—312
Polynomial, convergence criterion      312
Polynomial, deflation      309 311 312 341 825 826 829
Polynomial, evaluation      122 275 407 433
Polynomial, Graeffe’s root squaring method      308
Polynomial, Hermite      59 199
Polynomial, ill-conditioning      303 306 318 319 321
Polynomial, Jacobi      197
Polynomial, Laguerre      50 199 340 388
Polynomial, Laguerre’s method      309—311 825—829
Polynomial, least squares      406—409 855
Polynomial, Legendre      59 188 198 340 594 595 610 747
Polynomial, Li-approximation      459—461 873
Polynomial, minimax approximation      447 455
Polynomial, multiple roots      275 321
1 2 3 4 5 6 7 8 9
blank
Реклама
blank
blank
HR
@Mail.ru
       © Электронная библиотека попечительского совета мехмата МГУ, 2004-2024
Электронная библиотека мехмата МГУ | Valid HTML 4.01! | Valid CSS! О проекте