Euro-Par'98 Parallel Processing: 4th International Euro-Par Conference, Southampton, Uk, September 1-4, 1998 ProceedingsSpringer Science & Business Media, 1998. gada 19. aug. - 1157 lappuses This book constitutes the refereed proceedings of the 4th International Conference on Parallel Processing, Euro-Par'98, held in Southampton, UK, in September 1998. The Euro-Par'98 conference is organized in initially 23 workshops addressing all current topics in parallel processing ranging from hardware via software and algorithms to applications. The book presents a total of 134 revised papers selected from a total of 238 submissions from 33 countries. The selection of the papers is based on more than 850 individual reviews. The book presents the state of the art in parallel processing research and development. |
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6.–10. rezultāts no 34.
1. lappuse
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xi. lappuse
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8. lappuse
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1. lappuse
... sequential estimation in the general case . The main result is the following : Under a certain set of regularity conditions , with a suitably chosen loss function , the asymptotically optimal sequential solutions are nonsequential ...
... sequential estimation in the general case . The main result is the following : Under a certain set of regularity conditions , with a suitably chosen loss function , the asymptotically optimal sequential solutions are nonsequential ...
3. lappuse
... sequential probability ratio test and contains a considerable number of tables, charts, and computational simplifications to facilitate applications.9 Further advances in the theory of the sequential probability ratio test were made in ...
... sequential probability ratio test and contains a considerable number of tables, charts, and computational simplifications to facilitate applications.9 Further advances in the theory of the sequential probability ratio test were made in ...
Saturs
I | 1 |
II | 21 |
III | 35 |
IV | 47 |
V | 55 |
VI | 75 |
VII | 80 |
VIII | 92 |
LXXXI | 618 |
LXXXII | 623 |
LXXXIII | 627 |
LXXXIV | 637 |
LXXXV | 648 |
LXXXVI | 657 |
LXXXVII | 667 |
LXXXVIII | 674 |
IX | 102 |
X | 113 |
XI | 126 |
XII | 136 |
XIII | 145 |
XIV | 157 |
XV | 165 |
XVI | 173 |
XVII | 181 |
XVIII | 191 |
XIX | 193 |
XX | 206 |
XXI | 216 |
XXII | 220 |
XXIII | 234 |
XXIV | 244 |
XXV | 255 |
XXVI | 263 |
XXVII | 273 |
XXVIII | 279 |
XXIX | 288 |
XXX | 297 |
XXXI | 299 |
XXXIII | 307 |
XXXIV | 318 |
XXXV | 322 |
XXXVI | 328 |
XXXVII | 337 |
XXXVIII | 347 |
XXXIX | 352 |
XLI | 356 |
XLII | 367 |
XLIV | 373 |
XLV | 377 |
XLVI | 383 |
XLVII | 390 |
XLVIII | 397 |
XLIX | 401 |
L | 405 |
LI | 411 |
LII | 413 |
LIII | 422 |
LIV | 435 |
LV | 445 |
LVI | 456 |
LVII | 463 |
LVIII | 470 |
LIX | 478 |
LX | 489 |
LXI | 501 |
LXII | 503 |
LXIII | 511 |
LXIV | 519 |
LXVII | 526 |
LXVIII | 532 |
LXIX | 537 |
LXXI | 543 |
LXXIII | 552 |
LXXIV | 561 |
LXXV | 568 |
LXXVI | 576 |
LXXVII | 589 |
LXXVIII | 599 |
LXXX | 608 |
LXXXIX | 680 |
XC | 686 |
XCI | 696 |
XCII | 702 |
XCIII | 707 |
XCIV | 718 |
XCV | 727 |
XCVI | 731 |
XCVII | 736 |
XCVIII | 740 |
XCIX | 745 |
C | 749 |
CI | 761 |
CII | 769 |
CIII | 778 |
CIV | 786 |
CV | 791 |
CVI | 796 |
CVII | 802 |
CVIII | 810 |
CIX | 819 |
CX | 829 |
CXI | 840 |
CXII | 844 |
CXIII | 850 |
CXIV | 861 |
CXV | 863 |
CXVI | 873 |
CXVII | 885 |
CXVIII | 890 |
CXIX | 895 |
CXX | 904 |
CXXI | 914 |
CXXIII | 921 |
931 | |
CXXV | 938 |
CXXVI | 942 |
CXXVIII | 951 |
CXXX | 957 |
CXXXI | 965 |
CXXXII | 968 |
CXXXIII | 979 |
CXXXIV | 987 |
CXXXV | 991 |
CXXXVI | 997 |
CXXXVII | 1008 |
CXXXVIII | 1016 |
CXXXIX | 1027 |
CXL | 1038 |
CXLI | 1045 |
CXLII | 1049 |
CXLIII | 1055 |
CXLIV | 1060 |
CXLVII | 1074 |
CXLIX | 1087 |
1099 | |
CLI | 1102 |
CLII | 1112 |
CLIII | 1121 |
CLV | 1129 |
CLVII | 1138 |
CLIX | 1147 |
CLXII | 1151 |
Bieži izmantoti vārdi un frāzes
Abstract algorithm application approach architecture array bandwidth benchmark block cache cluster communication compiler Computer Science constraint CORBA cost Cray T3E data distribution data parallel data structures database defined Distributed Computing dynamic efficient elements environment Ethernet evaluation example execution Figure Fortran function global graph high performance High Performance Fortran IEEE implementation input interface iteration Java language latency linear load balancing LogP loop machine mapping matrix mesh method mpich node number of processors object OpenMP operations optimal optimisation overhead paper parallel algorithms Parallel and Distributed parallel computers parallel programs parameters partitioning port portable preconditioner problem Proc protocol random number reuse runtime scalability scheduling sequential server shared memory simulation sparse matrix specific speedup step strategy superstep synchronization task techniques tion transformation tree update variables vector workstations