基于快速消息传递的高性能PVM

并行虚拟机(parallelvirtualmachine,简称PVM)是并行工作站机群系统中流行的并行软件环境之一.分析了PVM的实现机制，指出PVM低效的原因，并给了基于高速精简通信层调整消息传递(fastmessagepassing,简称FMP)的高性能PVM(high-performancePVM,简称HPVM)的详细设计和实现.  

Concurrent C及其运行时支撑系统在分布式环境中的实现

本文介绍我们在Ｓｕｎ工作站网络中实现的一种Ｃｏｎｃｕｒｒｅｎｔ Ｃ分布式版本。文章最后给出初步测试结果。  

Database Allocation Strategies for Parallel BLAST Evaluation on Clusters

In this work we investigate the parallel evaluation of BLAST, the most popular tool for comparing biological sequences. Our goal is to study database distribution issues that, besides workload balancing, could improve the performance of a set of BLAST processes running in a workstation cluster. We consider different partitioning strategies within actual BLAST executions against a few relevant molecular databases. We have implemented multiple databases and input sequence configurations and show that there are many important parameters, such as the fragment generation method and sequence similarities, that must be taken into account in order to make full use of such parallel environment.