The parallel hybrid algorithm is implemented on an MIMD Platform.
这种并行混合学习算法已经在多指令流多数据流(MIMD)平台实现。
This parallel hybrid algorithm hasbeen implemented on an MIMD platform.
这种并行混合学习算法已经在MIMD平台实现了。
Finally, an extended distributed parallel algorithm for the GA and MIMD model is presented.
最后，提出了该算法基于MIMD模型的扩展分布式并行算法。
MIMD systems can be further classified into throughput-oriented systems, high-availability systems, and response oriented systems.
多指令流多数据流系统可以进一步分为面向吞吐量的系统、高利用率的系统和面向响应时间的系统。
The long wave infrared image signal processor system is a special purpose multiprocessor system which has a typical MIMD structure.
长波红外图象信息处理机是一种专用多处理机，它具有典型的MIMD结构。
TMS320C80 is a digital signal processor of MIMD structure, which provides a solid foundation for real-time parallel signal processing.
TMS320C80是一种MIMD结构的数字信号处理芯片，为实时并行信号处理提供了强有力的保证。
TMS320C80 (MVP) is a recently developed general purpose programmable digital signal processor, which can operate in both SIMD and MIMD concurrent modes.
TMS320C 80 (mvp)作为新一代可编程的通用数字信号处理芯片，它支持SIMD和MIMD两种并行模式。
Based on MIMD parallel computer model, parallel implementation of explicit finite difference methods has been discussed for computational fluid dynamics (CFD) problems.
基于MIMD并行计算机模型，本文讨论了CFD问题应用显式有限差分方法的并行化问题。
The paper presents and analyses the domain decomposition and function decomposition methods, the MIMD model brought about by the methods and parallel programming technique.
文章提出并分析了域分解和函数分解方法、方法导致的MIMD模式和并行程序设计技术。
Parallel computer architecture consists of two classifications: simple instruction stream-multiple data stream (SIMD) and multiple instruction stream-multiple data stream (MIMD).
并行计算机体系结构包括单指令流多数据流(SIMD)和多指令流多数据流(MIMD)两种结构。
This, combined with the flexible interface and powerful communication capability of TMS320C40 , made the system be easily configured as SIMD, MIMD parallel and pipeline structures.
电路采用可变结构帧存形式，与两片TMS320C40灵活的外部接口及强大的通信能力相结合，使系统可方便地组织成SIMD、MIMD等并行处理结构及流水处理结构；
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。
From the point of view of program structure and program running, the formal definitions about SIMD and MIMD parallelism are presented clearly, which are criteria of extracting program heterogeneity.
从程序结构和程序运行的观点出发，清楚地给出了SIMD,MIMD并行性的形式定义，它是提取程序异构性的依据。
From the point of view of program structure and program running, the formal definitions about SIMD and MIMD parallelism are presented clearly, which are criteria of extracting program heterogeneity.
从程序结构和程序运行的观点出发，清楚地给出了SIMD,MIMD并行性的形式定义，它是提取程序异构性的依据。
应用推荐