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Messaging in distributed systems

机译:分布式系统中的消息传递

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摘要

Different middleware technologies have been facilitating the communication between the distributed applications. RMI and CORBA are the most commonly used technology for communication between distributed components. This research work was undertaken in view of increasing e-business requirements. The Transfer of Messages in Distributed Systems (TMDS Architecture) proposed in this paper is based on the concept of asynchronous communication between components. The advantage of the proposed architecture is that the sender of the message can continue processing after sending the message and need not wait for the reply from other application. TMDS Architecture ensures guaranteed delivery of the message. TMDS Architecture supports the two major domain of asynchronous messaging: (ⅰ) Publish/Subscribe and (ⅱ) Point-To-Point domains. In addition TMDS architecture has the facility to prioritize the message, filter messages on certain conditions and the architecture also supports easy integration of new systems with the existing legacy systems.
机译:不同的中间件技术一直在促进分布式应用程序之间的通信。 RMI和CORBA是分布式组件之间通信的最常用技术。鉴于电子商务需求的增加,进行了这项研究工作。本文提出的分布式系统中的消息传输(TMDS体系结构)基于组件之间的异步通信的概念。所提出的体系结构的优点在于,消息的发送者可以在发送消息之后继续处理,而不必等待来自其他应用程序的答复。 TMDS体系结构可确保有保证地传递消息。 TMDS体系结构支持异步消息传递的两个主要域:(ⅰ)发布/订阅和(ⅱ)点对点域。另外,TMDS体系结构具有对消息进行优先级排序,在特定条件下过滤消息的功能,并且该体系结构还支持新系统与现有旧系统的轻松集成。

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