parallel computers

Parallel computers can easily be built but can't be easily programmed.

并行计算机制造简单,为其编制程序却大为不易.

in this paper, fine grain parallelism is emphasized in the design of massively parallel computers to acquire higher performance, but the increasing communication overhead should be solved first.

为实现高性能有必要采用细粒度的并行，但必须解决其中增大的通信开销问题。

Scalable Parallel Computers: System Architecture and Up-to-Date Development

可扩展并行计算机系统结构和发展现状

A general topology description language: TOD ( TOpology Description), which is used to describe the topology of the static interconnection network in parallel computers, is proposed in this paper. It becomes a right-hand tool for a parallel computer simulator.

提出了通用的面向并行机静态互联网络拓扑结构的描述语言TOD（TOpology Description），为仿真系统提供了有力的拓扑结构描述工具。

Fairly high speedup ratio has been gained on both two kinds of parallel computers.

在两类并行机上均得到了计算结果及令人满意的并行加速比。

But, within a certain range, neither nature nor parallel computers are troubled by convoluted logic.

不过, 在一定范围内, 无论是大自然,还是并行计算机都不会受到错综复杂的逻辑的困扰.

Analysis and Design of the High Availability of Parallel Computers

并行计算机高可用性分析与设计