H. Fehske, R. Schneider, A. Weile — Computational Many-Particle Physics :: Электронная библиотека попечительского совета мехмата МГУ

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H. Fehske, R. Schneider, A. Weile — Computational Many-Particle Physics

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Название: Computational Many-Particle Physics

Авторы: H. Fehske, R. Schneider, A. Weile

Аннотация:

Complicated many-particle problems abound in nature and in research alike. Plasma physics, for example, or statistical and condensed matter physics are all heavily dependent on efficient methods for solving such problems. Addressing graduate students and young researchers, this book presents an overview and introduction to state-of-the-art numerical methods for studying interacting classical and quantum many-particle systems. A broad range of techniques and algorithms are covered, and emphasis is placed on their implementation on modern high-performance computers.

Язык:

Рубрика: Computer science/

Статус предметного указателя: Готов указатель с номерами страниц

ed2k: ed2k stats

Год издания: 2008

Количество страниц: 763

Добавлена в каталог: 09.03.2020

Операции: Положить на полку | Скопировать ссылку для форума | Скопировать ID

Предметный указатель

Kernel Fejer      551
kernel Jackson      551
kernel Lorentz      552
kernel polynomial method      see Chebyshev expansion
kernel subcritical      152
kernel transport      148
Kholevo bound      654
Kohn-Sham method      433
Kondo problem      341 482 600
Krylov space      540 625 638
Kubo formalism      253 560
Lanczos algorithm      638 642
Lanczos algorithm correlation functions      572 625
Lanczos algorithm DMRG      625
Lanczos algorithm eigenvalues      539
Lanczos algorithm eigenvectors      540
latency      693 698
latency of network      715
Leap-frog algorithm      16 164
least-recently-used strategy      696 749
Lebesgue-Stieltjes integral      72
Lehmann function      370 391
Lenard-Balescu equation      224
Lennard-Jones potential      8
Lewis diagram      420
Li-Sokal bound      96
Lie transform      199
limit $D \to \inf$       477—480
Linear response      253 267 560
LINPACK      701
Liouville equation      42 51
Load imbalance      703 708 725 756
Local density approximation      258 262 435
Local density of states      507 556
local distribution approach      506 509
Local scale invariance      101
locality of reference      694
locality spatial      695 740
locality temporal      694
loop algorithm      277 288 300 303
loop algorithm directed      307
Loop blocking      747
Loop fusion      744
Loop interchange      742
loop nest      744
loop operators      303
loop peeling      753
loop unroll and jam      746
Loop unrolling      745
Markov chain      85 143 287 375
Master equation      249
matrix-product state      593 598—600 639
Maximum entropy method      391 497 570
Maxwell-Boltzmann distribution      6 169
Mean-field theory      475—491
Memory bandwidth      693 717
Memory bus      719
memory distributed      707
Memory latency      693 717
Memory shared      717
memory-bound      695
Mermin-Wagner theorem      492
MESI protocol      722
message passing interface barrier      714
message passing interface benchmarks      715
message passing interface blocking communication      714
message passing interface collective communication      712
message passing interface communicator      711
message passing interface derived types      712
message passing interface non-blocking communication      714
message passing interface point-to-point communication      712
message passing interface rank      709 711
message passing interface wildcards      712
message passing interface wrapper scripts      710
Metal-insulator transition      344 486—487 516
Metropolis algorithm      86 378
Mobility edge      518 519 522
Molecular Dynamics      3—37
molecular dynamics quantum      41 50
molecular dynamics semiclassical      43 50 58
Momentum distribution      408 628 632 644—650
Monte Carlo method      52 63 511 520
Monte Carlo method $\delta f$ method      76
Monte Carlo method cluster      93—98 277 303
Monte Carlo method cluster multiple-cluster update      94
Monte Carlo method cluster Swendsen-Wang algorithm      93
Monte Carlo method cluster Wolff algorithm      94
Monte Carlo method continuous imaginary time      299 302
Monte Carlo method diffusion      141
Monte Carlo method directed loop      307
Monte Carlo method importance sampling      73
Monte Carlo method loop algorithm      277 288 300 303
Monte Carlo method multibondic simulations      133
Monte Carlo method quantum      357
Monte Carlo method quantum auxiliary field      277 312—325
Monte Carlo method quantum determinant      359
Monte Carlo method quantum diagrammatic      374—390
Monte Carlo method quantum Hirsch-Fye algorithm      337—343 482
Monte Carlo method quantum path integral      397—405
Monte Carlo method quantum projector      305 483
Monte Carlo method quantum world-line method      277 358
Monte Carlo method sampling of permutations      404
Monte Carlo method sign problem      292 365 404
Monte Carlo method stochastic series expansion      301 302
Monte Carlo method Wigner-Liouville equation      43
Monte Carlo method worm algorithm      307
Moore's law      417 686
Morse potential      11
Mott-Hubbard insulator      486—487
MPI      see message passing interface
Nagaoka theorem      474 489
Neel state      487 496
Network      707
Network bandwidth      714
network non-blocking      708
neutral gas transport      156
Newton-Lorentz force      162
Newton-Raphson method      441
non-temporal stores      696 738
Nudged elastic band method      442
null-collision approximation      186
NUMALink      720
numerical renormalization group      483—484 600—602
O(n) spin models      96
OpenMP      484 723
OpenMP barrier critical section      725 756
OpenMP barrier flush      727
OpenMP barrier implicit      727 757
OpenMP barrier lock      726
OpenMP barrier overhead      756
OpenMP barrier parallel region      724
OpenMP barrier reduction clause      728 759
OpenMP barrier sentinel      724
OpenMP barrier thread      723
OpenMP barrier thread ID      726
OpenMP barrier work sharing directives      724
optimization by compiler      691 734
optimization common sense      732—736
orbital picture      419
Orthogonality catastrophe      482
Out-of-order execution      686 692
padding      743 759
Parallel efficiency      705
Parallelization      484 702
parallelization incremental      755
particle mesh technique      260
Particle mover      163
particle weighting      170
Pauli-blocking      229
peak performance      683

Phase separation      489
phase transition phase-ordering kinetics      99
phase transition second-order      82
Phonons      308 358
phonons acoustical      310
phonons optical      309
PingPong      715
pipeline bubbles      686 689
pipeline depth      688 689
Pipeline flush      735
pipeline latency      688
Pipeline stall      690
pipeline throughput      688
pipeline wind-down      688 695
pipeline wind-up      688 695
Pipelining      686 687
pipelining software      690 735 737
Plasmon      48
Plasmon surface      270
Poisson distribution      300 303 304
Poisson equation      162
Poisson equation gyrokinetic      201
Poisson solver      177
Polaron      367 369 373 522
Potential energy surface      28
Potts models      93
power-law singularity      82
Predictor-corrector method      15
Prefetch      698 737
prefetch in hardware      699
prefetch in software      698
prefetch outstanding      699
principal component representation      364
Probability conditional      243
probability marginal      243
profiling      767
pseudo-gap      493 497
pseudopotential approximation      266 425
quantum impurity problem      482—484
Quantum Monte Carlo      see Monte Carlo method
quantum pair potential      43 58 402
Quantum percolation      555
Quantum phase transition      500
quantum phase transition entropic analysis      657
quantum transfer matrix      667
Quasiparticle      367 485 486 496
quasiparticle concept      224
Race condition      725 758
Radiation transfer      145
random numbers congruential generator      68
random numbers Gauss distributed      69
random numbers hit or miss      72
random numbers inversion method      69
random numbers pseudo-random number generator      87
random numbers rejection method      70
random numbers uniform      68
REBO potential      13
Redistribution function      146
Register pressure      746 747
register spill      746
Rejection method      70
Reorder buffer      687
reweighting multi-histogram      112
reweighting range      109
reweighting single-histogram      108
RISC architecture      687
Row major order      739
Runge-Kutta method      638
Scalability      702
Scaling relations      83
scaling strong      703
scaling weak      703 704
Scattering probability      229
Schmidt decomposition      582 583 594
Schroedinger equation      50 255 566 637
Screened exchange      226
Second quantization      452
Self-energy      225 479 520
Self-force      174
Semiclassical approximation      255
Serialization      702
Shape function      170
SIMD extension      692 734
Simulated annealing      87
single-cluster algorithm      94
single-impurity Anderson model      454 481 482 520
Six vertex model      288
Snoop      723
Sparse matrix      533 539 547 566 575 750
Spectral function      319 498 562 571 574 622 632
spin Peierls transition      308
Statistical error      103
Steepest descent      440
stochastic fix-point equation      511
Stochastic optimization      391—393
stochastic series expansion      301 302
Streaming      694
Strength reduction      733
structure factor dynamical      48 319 570
Structure factor static      661
structure optimization      440
supercritical slowing down      92 132
Superscalar architecture      686
Superscalar processors      692
Swendsen-Wang cluster algorithm      93
Symmetric multiprocessing      484 717
symmetry inversion      531
symmetry particle number      484 530 531
symmetry particle-hole      531
symmetry SU(2)      484 530
symmetry translation      492 531 533
t-distribution      67
T-J model      294 474
tempering parallel      130
tempering simulated      129
test particle method      259
TEXTOR tokamak      157
thermoremanent magnetization      101
Thomas-Fermi model      262
thread pinning      719 728 762
thread placement      727
thread POSIX      724
thread safety      727
Tight-binding approximation      425
Time average      18 241
Time evolution      566 637 673
Top500 list      701
transfer matrix renormalization group      669—671
translation look-aside buffer      742
transport flux      147
Trotter-Suzuki decomposition      278 345 399 642 666
Two-level system      368 371 389—390
Umbrella sampling      131
Unified Parallel C      709
Uniform memory access      717
Universality hypothesis      83
Variance reduction      151
variance statistical      66
Vector computer      682
Verlet algorithm      14
Verlet algorithm velocity      17
Vlasov equation      258
Vlasov equation gyrokinetic      200
Vlasov-Poisson-Ampere equations      203
wallclock time      685
Wang-Landau recursion      134
Weiss field      476
Wigner function      41 50 52 59
Wigner representation      41 257
Wigner-Liouville equation, quantum      42 50 55 59

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