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首页> 外文期刊>Journal of Parallel and Distributed Computing >A tuple channel-based coordination model for parallel and distributed programming
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A tuple channel-based coordination model for parallel and distributed programming

机译:基于元组通道的并行和分布式编程协调模型

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摘要

This paper presents tuple channel model (TCM), a new coordination model for parallel and distributed programming. Our proposal is based on the use of tuple channels (TCs) to model the communication and synchronization of different activities. TCs are multi-point channels that allow complex data structures to be communicated among multiple producers and consumers. This communication model allows incremental and backward communication to be expressed, providing an elegant way of implicit and direct communication and reactive control. TCs can be dynamically interconnected through the use of user-defined connectors, providing great flexibility for the definition of complex and dynamic interaction protocols. TCM also provides a simple service management mechanism, by means of which open systems can be implemented in an appropriate way. The suitability, expressiveness and programming techniques of the model are presented by means of some illustrative examples. In addition, some implementation details of the developed prototypes are sketched and we show the preliminary results demonstrating the efficiency of the proposal.
机译:本文介绍了元组通道模型(TCM),这是一种用于并行和分布式编程的新协调模型。我们的建议基于使用元组通道(TC)来建模不同活动的通信和同步。 TC是多点通道,允许复杂的数据结构在多个生产者和消费者之间进行通信。这种通信模型允许表达增量和反向通信,从而提供了一种隐式和直接通信以及无功控制的优雅方式。 TC可以通过使用用户定义的连接器进行动态互连,从而为定义复杂的动态交互协议提供了极大的灵活性。 TCM还提供了一种简单的服务管理机制,通过它可以以适当的方式实现开放系统。该模型的适用性,表达性和编程技术通过一些说明性示例进行了介绍。此外,还概述了已开发原型的一些实现细节,并显示了初步结果,证明了该提案的有效性。

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