并行处理

  • 网络Parallel processing;parallel computing;MPP;parallel execution
并行处理并行处理
  1. 云计算(Cloudcomputing)的一个最主要的优势就是它的优秀的并行处理能力,而这种优势是得益于它的简单高效的并行编程模型。

    The major advantage of Cloud Computing is the excellent parallel computing abilities , which benefit from its simple and effective parallel programming model .

  2. Linux下多线程并行处理在HT-7极向场控制系统的应用

    Application of Linux parallel computing based on multithreading in HT-7 poloidal field control system

  3. 一个适于并行处理的N链递归查询算法

    A N - chain Recursive Query Algorithm With Parallel Processing

  4. GIS应用系统中复杂多边形并行处理技术

    The Parallel Processing Technology of Stuffing Polygon in the GIS Application System

  5. 采用基于移动Agent的分布式系统并行处理网格服务资源信息搜索工作可以提高搜索引擎的搜索速度。

    Using mobile agent to process grid searching requests in parallel model may enhance searching speed .

  6. 关于XML的并行处理算法研究

    The Study of Parallel Algorithm for XML Processing

  7. 基于标准总线的通用DSP并行处理系统设计

    Design of All-purpose DSP Parallel Processing Systems Based on Standard Buses

  8. 用PLC定时器实现邮件分拣的并行处理

    Parallel Processing of Posts Sorting with the Interior Timer of the PLC

  9. 双DSP并行处理系统的设计与应用研究

    Design and Application Research of Parallel Processing System Based on Dual DSP

  10. XMLstage有一个独特的功能,即支持并行处理大型XML文件。

    The XML stage has a unique feature to allow parallel processing of a large XML file .

  11. Java在科学计算方面的并行处理

    Parallel processing using java for scientific computation

  12. 支持动态互连结构的模块化多DSP并行处理系统的设计与实现

    Design and Implementation of the Modular Multi-DSP Parallel Processing System with Dynamic Interconnection Network

  13. 对二自由度PID控制方式提出了一种微型计算机并行处理方案。

    A microcomputer parallel processing plan for2-DOFPID control way is presented in this paper .

  14. 由于FPGA具有并行处理的能力。

    Due to the ability of parallel processing FPGA .

  15. 多DSP实时图像并行处理系统的实现与性能分析

    Implementation of An Image Processing System and its Performance Analysis Based on Multi-DSPs Parallel System

  16. 多DSP并行处理是当前高速实时处理领域研究的热点。

    Presently multi-processors parallel processing is the focus of the field of high-speed real-time processing .

  17. 结合本系统设计了基于两片DSP并行处理的主从式结构。

    The author designs a master-slave structure based on two DSPs associating with this system .

  18. 利用Petri网进行程序并行处理的方法

    New program parallel processing method based on Petri net

  19. 采用W扫描输入方式和行列并行处理结构,加快了变换速度,大大提高了小波变换的效率。

    With W-scan and parallel architecture , the transform speed and the efficiency is increased .

  20. Lyapunov矩阵方程的一种数值解法及部分并行处理

    A Numerical Solution of Lyapunov Matrix Equation and a Partly Parallel Treatment

  21. 一种新的自适应FIR滤波器并行处理结构

    A Parallel Processing Architecture of Adaptive FIR Filters

  22. FPGA有着灵活性强,开发周期短,并行处理速度快,可靠性高等优点。

    FPGA has a high flexibility , short development cycle , fast parallel processing , and high reliability .

  23. 人工神经网络BP算法可有效解决非线性数学建模问题,并具有较强的并行处理能力。

    The ANN BP arithmetic can solve the problem of nonlinear mathematics effectively , and possess higher collateral processing ability .

  24. 在复合系统硬件平台实现方案方面,依据复合系统需要庞大计算能力的需求,提出了一种以多DSP为核心的并行处理系统的实现框架。

    According as the demand of complex system , this paper designs a feasible implement project that is multi-DSP scheme .

  25. 对于多值图像,采用坐标逻辑运算把图像分解成多个二值图像后用CA并行处理。

    However , multi-value image is decomposed to several binary images with coordinate logic , and then be processing with CA.

  26. 利用FPGA基于硬件的快速、并行处理的特点,可使系统数据处理和传输速率大为提高。

    Use of FPGA hardware-based rapid , parallel processing features , enables system data processing and transmission rate greatly improved .

  27. 基于LAN的并行处理

    Parallel Processing Based on LAN

  28. 为了克服在高速实时信号处理领域中传统单DSP系统处理能力的瓶颈,多DSP并行处理技术应运而生,成为当前该领域研究的热点。

    In the field of high-speed real-time signal processing , the conventional single-chip system can hardly achieve goals due to poor processing ability .

  29. 但是由于其自身工作特点,往往对于精确的定时控制以及并行处理能力上比FPGA弱。

    Because of its own characteristics , single-chip and DSP are weaker than FPGA in precise timing control and parallel processing ability .

  30. 支持多DSP并行处理的多功能VXI仪器平台

    Multi-DSP Based on VXI Versatile Instrument Platform