Truths and Beliefs about the Use of Real-Time Distributed Object Computing in Complex Industrial Applications

C. Pereira, R. S. Bravo, M. V. D. Beeck, Michael Kircher
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Abstract

Although real-time distributed object computing (RT-DOC) concepts have been extensively discussed in the literature over the last decade, there is still some concern from industrial practitioners about the reliability, effectiveness, and performance of existing methods and tools. This has contributed to the fact that currently several complex real-time distributed applications are still being developed without adopting RTDOC concepts. “Distributed object middleware, methods, and tools still represent a high technological risk,” argue several practitioners. This seems to contradict arguments commonly used by OO methodologists and tool vendors (as well as most of papers published in the IEEE proceedings of ISORC conferences). They consider RT-DOC concepts as a powerful conceptual framework to handle complexity in the development of distributed real-time applications, promoting reusability, modularity, and allowing a smooth transition along the development phases, from requirements engineering to implementation.
关于在复杂工业应用中使用实时分布式对象计算的真相和信念
尽管在过去十年中,实时分布式对象计算(RT-DOC)概念在文献中得到了广泛的讨论,但工业从业者仍然对现有方法和工具的可靠性、有效性和性能存在一些担忧。这导致了目前一些复杂的实时分布式应用程序仍在开发中,而没有采用RTDOC概念。“分布式对象中间件、方法和工具仍然代表着很高的技术风险,”一些从业者争辩道。这似乎与OO方法学家和工具供应商(以及在ISORC会议的IEEE会议记录中发表的大多数论文)通常使用的论点相矛盾。他们认为RT-DOC概念是一个强大的概念框架,可以处理分布式实时应用程序开发中的复杂性,促进可重用性、模块化,并允许从需求工程到实现的整个开发阶段的平稳过渡。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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