OpenCL is a language that allows to access the GPU and other parallel processors.
OpenCL是一种编程语言，能让你存取gpu和其他并行处理器。
To gain higher processing speed, we often need to design some dedicated fast parallel processors for a computer system.
为了获得较高的处理速度，我们经常需要为一个计算机系统设计一些专用的高速并行处理器。
(in clusters, also known as massively parallel processors (MPPs), they don't share the same memory; we will look at this in more detail.)
(在集群中，这也称为大规模并行处理器(massively parallel processor, MPP)，它们并不需要共享内存；稍后我们将更详细介绍这方面的内容。)
The library calls, which interact with the server programs, make a network of computers appear to be a single computer with parallel processors.
库调用与服务器程序交互，使得计算机网看上去像是一台有很多并行处理器的计算机。
It can be thought of as using parallel processors, each using bubble sort but starting at different points in the list (all odd indices for the first step).
它可以看作是是使用并行处理器，每个都用了冒泡排序，但只是起始点在列表的不同位置(所有奇数位置可做第一步)。
In a massively parallel processors (MPP) system, the router constitutes the primary factor influencing the performance of the interconnection network and MPP system.
路由器在大规模并行处理机系统(MPP)中，对互连网络通信性能和系统性能发挥起着关键作用。
In the past, successful SIMD and MIMD parallel processors were often special-purpose machines dedicated to a single class of scientific or real-time single processing applications.
过去，成功的SIMD和MIMD并行处理机通常是指用于科学处理应用或实时信号处理应用的专用计算机。
The parallel algorithm for dynamic finite element analysis of damaged structure is discussed in this paper, and the test is done on Dawning 1000a massively parallel processors system.
用网络并行思路探讨了结构损伤动力有限元并行分析算法的实现方法，并在曙光- 1 0 0 0A分布式并行计算机上进行了测试。
This Paper describes some problems, which are very important for parallel computation, on storage allocation for pipeline processors, parallel processors, multiprocessors and VLSI Compuer systems.
本文描述了流水线处理机、并行处理机、多处理机以及VLSI计算机系统中存贮分配的一些问题，它们对并行计算是很重要的。
This Paper describes some problems, which are very important for parallel computation, on storage allocation for pipeline processors, parallel processors, multiprocessors and VLSI Computer systems.
本文描述了流水线处理机、并行处理机、多处理机以及VLSI计算机系统中存贮分配的一些问题，它们对并行计算是很重要的。
Virtual processors can perform parallel processing.
虚拟处理器可以执行并行处理。
This type of architecture works well in multi-threaded applications where threads can be distributed across the processors to operate in parallel.
此类架构在多线程应用程序中运行良好，该类应用程序中线程可能被分配给多个处理器以实现并行操作。
Instead of using specially optimized vector hardware, it USES standard scalar processors, but in large Numbers to perform several computations in parallel.
它不使用专门优化过的向量硬件，而是使用标准的标量处理器，但是它采用了大量的处理器来并行处理多个计算任务。
With multicore processors bringing parallel computing to the masses, there is an urgent need to make concurrent programming easier.
多核处理器会引爆并行计算，因此当务之急是降低并发编程的难度。
All this happens in parallel on hundreds of snippet processors, depending on the model of the appliance.
根据设备的模型，所有这些操作都是由数百个snippet处理器并行执行的。
Accelerator V2 offers API for executing parallel instructions on multi-core GPUs and also multi-core processors.
AcceleratorV2提供API以便在多核gpu和多核处理器上执行并行指令。
Processors affect the Indexer speed, Replicator speed, number of maximum possible database transactions, and number of add-ins that can run in parallel.
处理器影响Indexer速度、Replicator速度、数据库事务最大数量以及可并行运行的插件数量。
By running thousands of processors in parallel supercomputers not only help design weapons systems they also model climate change crack codes and help develop new and life-changing drugs.
通过并列运行成千上万个处理器，超级计算机不仅仅可以帮助设计武器系统，还可以模拟气候变化，破解密码，甚至帮助开发新的救命药。
By running thousands of processors in parallel, supercomputers not only help design weapons systems, they also model climate change, crack codes, and help develop new and life-changing drugs.
通过并列运行成千上万个处理器，超级计算机不仅仅可以帮助设计武器系统，还可以模拟气候变化，破解密码，甚至帮助开发新的救命药。
Matrix LU decomposition parallel implementation, the document gives a different matrix size and the number of processors under the experimental results.
说明：矩阵LU分解的并行实现，文档中给出了不同矩阵规模和处理器数下的实验结果。
This article describes the structure of multi-core processors, parallel programming methods and tools for performance tuning.
文章介绍了多核处理器的架构、并行程序设计方法以及性能调优工具。
In order to make forwarding decision at line rate in high speed networks, this dissertation presents a parallel forwarding engine comprised of several network processors.
针对高速环境下转发决策困难的问题，本文提出一种由多个网络处理器组成的并行转发引擎结构。
To improve the execution efficiency of the query processors, the authors exploit heuristics to seek the optimum parallel scheduling execution plan for multi-join expressions.
为了提高查询处理器的执行效率，采用启发式规则来搜索最优的多连接表达式并行调度执行计划。
If parallel processing succeeds, this sea of transistors could also be used by multiple processors on a single chip, giving us a micro multiprocessor.
如果并行处理方法能够实现，那么通过单个芯片的多重处理器即微型多重处理器，大量的晶体管可能也会被使用。
This method is easier than tree pattern matching, and can be used in other DSP processors supporting parallel instructions.
这种方法比树模式匹配方法更容易实现，并适用于支持并行指令的其他DSP处理器。
Within the DSP applications, which are computationally intensive and desirable for parallel processing, programmable processors and ASICs have their own advantages and defects respectively.
DSP应用的特点是计算密集并适合并行处理，传统的可编程处理器与ASIC在性能和灵活性上各有优劣。
The part offers a high speed parallel interface for easy connection to microprocessors, microcontrollers, and digital signal processors.
该器件具有一个高速并行接口，可轻松与微处理器、微控制器和数字信号处理器进行接口。
The data show that: restricted by the fact that the number of double operations is independent of the number of processors, the parallel algorithm is greatly affected by double algorithm.
分析结果表明：受数乘运算中倍点运算次数与处理器数目无关这一瓶颈的制约，并行算法的效率受倍点运算的效率影响很大。
The output data is accessed from the output register through a serial or parallel port. This offers easy, high speed interfacing to modern microcontrollers and digital signal processors.
输出数据通过串行或并行端口从输出寄存器中存取，这可实现与现代微控制器和数字信号处理器的轻松、高速接口。
The output data is accessed from the output register through a serial or parallel port. This offers easy, high speed interfacing to modern microcontrollers and digital signal processors.
输出数据通过串行或并行端口从输出寄存器中存取，这可实现与现代微控制器和数字信号处理器的轻松、高速接口。
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