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whitepaper Many applications have stimulated the recent surge of interest single-chip parallel processing. The paper shows that on-chip interconnection networks can facilitate higher bandwidth between processors and shared first-level cache than previously...
[19 Mar 2008]
whitepaper This paper describes a multigrain parallel processing scheme for a JPEG encoding program on OSCAR type single chip multiprocessor and its performance. With the recent increase of multimedia contents using JPEG and MPEG, low cost, low power...
[04 Mar 2008]
whitepaper This paper describes a parallel processing scheme for MPEG2 encoding using data localization technique which improves execution efficiency by using global data locality optimization among different loops with coarse grain task parallel processing...
[03 Mar 2008]
whitepaper For example, SGI Origin 2000 and 3000 systems tightly integrated MIPS processors along with the SGI Tensor Processing Unit (TPU) which was specifically designed to accelerate applications which require FFT style calculations.
[03 Mar 2008]
whitepaper A Mesh of Trees (MoT) on-chip interconnection network has been proposed recently to provide high throughput between memory units and processors for single-chip parallel processing. This paper reports the findings in bringing this concept to silicon.
[08 Jan 2008]
whitepaper A Parallel system is collection of tightly coupled processors typically of the same type. Though, networked machines are having different types of processors with varying clock speed yet computing on the networked machines are becoming very popular...
[05 Dec 2007]
whitepaper To take advantage of parallel processing, however, applications must be explicitly programmed to use specific libraries that share the workload among multiple (generally distributed) processors. The tools operate using techniques based on bytecode...
[23 Jun 2007]
whitepaper Parallel processing or multi-threading a SAS job is a mode of execution in which two or more portions of a job run in parallel streams to accelerate processing and reduce the real time to completion. Performance gain is achieved by simultaneously...
[02 Jun 2007]
whitepaper Some applications inherently cannot exploit multiprocessing facilities and many applications are extremely difficult to partition into parallel processing architectures. Multi-core microprocessors promise substantially improved system performance...
[26 May 2007]
whitepaper For multimedia processing, modern Instruction-Level Parallel (ILP) processors are faced with limited parallelism and inevitable communication issues, as silicon feature size decreases and pipelines become wider.
[08 May 2007]
whitepaper The final section discusses a few programming problems which may arise because of the possibilities of parallel processing. This paper includes the analysis of important problem in the hardware design: interference due to multiple processors...
[08 May 2007]
whitepaper And the National Research Center of Parallel Computer Engineering & Technology in China is at the heart of this evolution with Intel Xeon processors. Parallel computing is the next phase in computing that allows the complex management, retrieval...
[25 Apr 2007]
whitepaper Various approaches for solving the solution matrix in conjunction with various coloring and partitioning strategies are discussed, along with computing issues that arise when applying parallel processing to complex reservoir simulation models.
[16 Apr 2007]
whitepaper High frequencies and massively parallel connectivity lead to a raw packaging bandwidth of up to 1,764 GB/s between processors and cache within a single frame for a fully configured four-node z9 system.
[06 Mar 2007]
whitepaper HP's Linux ClusterBlocks with HP Integrity servers based on Itanium 2 processors running Schlumberger Information System's (SIS) ECLIPSE Parallel is the state of the art as a low cost cluster delivering unsurpassed performance.
[06 Oct 2006]
whitepaper WestGrid offers processing power ranging from serial to large-scale parallel computation. Called Matrix, this high-performance system is actually a cluster of 128 HP ProLiant DL145 servers each with two AMD Opteron 200 series processors.
[28 Jul 2006]
whitepaper A software based IEEE 802.11a digital baseband transmitter has been implemented on a highly parallel single-chip DSP processor. The processing platform is a programmable and reconfigurable Asynchronous Array of simple Processors (AsAP) that is well...
[07 Feb 2006]
whitepaper To speed up large simulations, multiple computer processors are used to execute simulation processes in parallel. Parallel discrete event simulation (PDES) refers to such implementations, which are typically executed on Unix-based platforms using...
[01 Sep 2005]
whitepaper Over the last several years, the focus in high-performance computing (HPC) has shifted from massively parallel processors to symmetric multiprocessing (SMP) systems, and most recently, to loosely coupled, standards-based servers connected to form...
[07 May 2005]
whitepaper The basis of parallel computing lies in the concept of partitioning the computational domain among parallel processors. The advent of parallel processing opens a new era in numerical weather prediction.
[29 Mar 2005]
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