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Client Server Computing on Message Passing Systems: Experiences with PVM-RPC

机译:在消息传递系统上计算客户端服务器:PVM-RPC的经验

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The relationship between client-server distributed comput-ing and message-passing parallel processing is explored in this work through an experimental RPC framework for the PVM system. The project investigates the potential for RPC to complement asynchronous message passing in PVM - both to expand the domain of applications, and to evaluate the effectiveness of client-server computing for tradi-tional scientific and numerical problem solving. Our design is intuitive and straightforward, and enables servers and clients to be developed with a minimum of additional effort in terms of programming and logistics. Our experiences with early implementations of PVM-RPC indicate that the client-server model is reasonably compatible with message passing and scientific algorithms, and furthermore, that the RPC layer intro-duces little if any performance overhead into message passing systems. Furthermore, support for simple versions of useful features such as trans-parent failure resilience and automatic load balancing are facilitated in this model.
机译:通过PVM系统的实验RPC框架探讨了客户服务器分布式计算和消息传递并行处理的关系。该项目调查了RPC的潜力来补充PVM的异步消息 - 既可以扩展应用领域,并评估客户服务器计算对传统科学和数值问题的有效性。我们的设计是直观和简单的,并使服务器和客户能够在编程和物流方面尽可能少的额外努力。我们对PVM-RPC的早期实现的经验表明,客户端 - 服务器模型与消息传递和科学算法相当兼容,而且,RPC层介绍较少,如果任何性能开销到消息传递系统。此外,在该模型中促进了对简单版本的有用功能,例如跨父故障弹性和自动负载平衡。

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