在消息传递模型中，并行程序设计的首要考虑是计算问题的分解。
In the message transferring model, parallel program design chiefly consider the decomposition of computing problem.
消息传递模型作为一种处理单元间标准信息传输方式在实际并行程序中广为采用。
Message passing model has widely been adapted as a standard information transmission between processing elements in practical parallel programs.
此功能允许调试在计算机群集上运行的、通过消息传递接口(MPI)通信的并行程序。
This feature allows you to debug parallel programs that run on a cluster of computers communicating through the Message Passing Interface (MPI).
基于消息传递的程序设计模式是分布存储并行计算系统上设计高效，可扩展并行程序的主要模式。
Message passing programming is main paradigm in distributed memory systems with which high efficient and scalable parallel programs can be designed.
MPI是目前应用最广泛的基于消息传递的并行程序编程标准之一。
MPI is one of the most popular standards used to program parallel applications based on message passing.
并研究了如何利用并扩展GOOMPI的消息传递机制来传递用户自定义数据结构，以有效地开发并行程序。
It was illustrated how to utilize and extend the message-passing mechanisms provided by GOOMPI to transfer user-defined data structures and develop parallel programs effectively.
并研究了如何利用并扩展GOOMPI的消息传递机制来传递用户自定义数据结构，以有效地开发并行程序。
It was illustrated how to utilize and extend the message-passing mechanisms provided by GOOMPI to transfer user-defined data structures and develop parallel programs effectively.
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