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111:(RAM) banks. These processors pass work to one another through a reconfigurable interconnect of channels. By harnessing many processors working in parallel, an MPPA chip can accomplish more demanding tasks than conventional chips. MPPAs are based on a software parallel programming model for developing high-performance embedded system applications.
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was an early implementation of a massively parallel computer architecture. MPP architectures are the second most common
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139:'s PDW commonly implement an MPP architecture to handle the processing of very large amounts of data in parallel.
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becomes very important, and modern supercomputers have used various approaches ranging from enhanced
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77:, opportunistic grid system, whereby the grid provides power only on a best effort basis.
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Another approach is grouping many processors in close proximity to each other, as in a
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46:(or separate computers) to simultaneously perform a set of coordinated computations
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Grid computing: experiment management, tool integration, and scientific workflows
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103:(MPPAs), a type of integrated circuit with an array of hundreds or thousands of
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is opportunistically used whenever a computer is available. An example is
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are massively parallel architecture with tens of thousands of threads.
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84:. In such a centralized system the speed and flexibility of the
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Knight, Will: "IBM creates world's most powerful computer",
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Use of many processors to perform simultaneous operations
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implementations after clusters, as of
November 2013.
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65:of many computers in distributed, diverse
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42:is the term for using a large number of
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298:: CS1 maint: archived copy as title (
222:by Radu Prodan, Thomas Fahringer 2007
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242:by Francisco Fernández de Vega 2010
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101:massively parallel processor arrays
32:Massively parallel (disambiguation)
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25:
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533:Analysis of parallel algorithms
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18:Massively parallel (computing)
13:
1:
480:Simultaneous and heterogenous
261:NewScientist.com news service
206:
92:systems to three-dimensional
1068:Category: Parallel computing
164:Process-oriented programming
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169:Shared-nothing architecture
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375:High-performance computing
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1009:Automatic parallelization
1001:
863:
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645:Application checkpointing
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175:Symmetric multiprocessing
125:Data warehouse appliances
99:The term also applies to
105:central processing units
1024:Embarrassingly parallel
1019:Deterministic algorithm
154:Embarrassingly parallel
739:Associative processing
695:Non-blocking algorithm
501:Clustered multi-thread
67:administrative domains
855:Hardware acceleration
768:Superscalar processor
758:Dataflow architecture
355:Distributed computing
734:Pipelined processing
683:Explicit parallelism
678:Implicit parallelism
668:Dataflow programming
109:random-access memory
30:For other uses, see
958:Parallel Extensions
763:Pipelined processor
94:torus interconnects
44:computer processors
1089:Parallel computing
832:Massively parallel
810:distributed shared
630:Cache invalidation
594:Instruction window
385:Manycore processor
365:Massively parallel
360:Parallel computing
341:Parallel computing
280:on 6 December 2013
196:Manycore processor
186:Cellular automaton
181:Connection Machine
159:Parallel computing
40:Massively parallel
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1029:Parallel slowdown
663:Stream processing
553:Karp–Flatt metric
16:(Redirected from
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1039:Software lockout
838:Computer cluster
773:Vector processor
728:Array processing
713:Flynn's taxonomy
620:Memory coherence
395:Computer network
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276:. Archived from
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201:Vector processor
82:computer cluster
63:processing power
57:One approach is
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640:Synchronization
625:Cache coherence
615:Multiprocessing
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548:Cost efficiency
543:Gustafson's law
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380:Multiprocessing
370:Cloud computing
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149:Multiprocessing
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75:volunteer-based
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608:Coordination
538:Amdahl's law
474:Simultaneous
364:
282:. Retrieved
278:the original
268:
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123:
115:Goodyear MPP
113:
98:
86:interconnect
79:
61:, where the
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39:
38:
36:
1044:Scalability
805:distributed
688:Concurrency
655:Programming
496:Cooperative
485:Speculative
421:Instruction
263:, June 2007
250:pages 65–68
107:(CPUs) and
48:in parallel
1083:Categories
1049:Starvation
788:asymmetric
523:PRAM model
491:Preemptive
284:12 January
207:References
90:InfiniBand
783:symmetric
528:PEM model
230:pages 1–4
137:Microsoft
1014:Deadlock
1002:Problems
968:pthreads
948:OpenHMPP
873:Ateji PX
834:computer
705:Hardware
572:Elements
558:Slowdown
469:Temporal
451:Pipeline
294:cite web
143:See also
129:Teradata
127:such as
973:RaftLib
953:OpenACC
928:GPUOpen
918:C++ AMP
893:Charm++
635:Barrier
579:Process
563:Speedup
348:General
133:Netezza
1066:
943:OpenCL
938:OpenMP
883:Chapel
800:shared
795:Memory
730:(SIMT)
673:Models
584:Thread
516:Theory
487:(SpMT)
441:Memory
426:Thread
409:Levels
246:
226:
913:Dryad
878:Boost
599:Array
589:Fiber
503:(CMT)
476:(SMT)
390:GPGPU
177:(SMP)
71:BOINC
978:ROCm
908:CUDA
898:Cilk
865:APIs
825:COMA
820:NUMA
751:MIMD
746:MISD
723:SIMD
718:SISD
446:Loop
436:Data
431:Task
300:link
286:2014
244:ISBN
224:ISBN
171:(SN)
73:, a
52:GPUs
993:ZPL
988:TBB
983:UPC
963:PVM
933:MPI
888:HPX
815:UMA
416:Bit
135:or
1085::
296:}}
292:{{
131:,
96:.
50:.
333:e
326:t
319:v
302:)
288:.
34:.
20:)
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