多指令流多数据流

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。

MIMD systems can be further classified into throughput-oriented systems , high-availability systems , and response oriented systems .

由于已有的串行匹配算法在进行多项式的分解时，时间复杂度太高，于是本文在共享主存多指令流多数据流MIMD编程模型下，提出了一种并行算法。

For the reason that the executing time of the existing serial algorithm is too long , a parallel algorithm under the shared memory MIMD model is proposed in this paper .

本文叙述一个大型MIMD（多指令流多数据流）并行处理系统的微程序仿真器，该仿真器可在目标系统实现之前调试要运行的应用程序及量测目标系统的性能。

This paper describes a microprogrammed emulator for a large MIMD ( multiple instruction stream-multiple data stream ) parallel processor system . This emulator is intended for use in the testing performances of the target parallel processor system and debugging its application code prior to its actual implementation .

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。

Parallel computer architecture consists of two classifications : simple instruction stream-multiple data stream ( SIMD ) and multiple instruction stream-multiple data stream ( MIMD ) .

多线程计算机是控制流计算机与数据流计算机发展的融合，它是一种多指令流多数据流（MIMD）计算机，其特征首先表现在体系结构上。

A multithreaded computer is the combination of control flow computer and data flow computer developments . Acting as a MIMD machine , it manifests the features firstly on its architecture .