Interoperability requirement challenges- future trends

V. Salminen, Balan Pillai
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引用次数: 6

Abstract

The objective of this article is to introduce, an interoperability concept; in ldquoIntelligent and electronic ( i & e) - manufacturing system integration for semantic web. It demonstrates as to how to make use of the Semantic Web Infrastructure in the event of an Industry. We come-up with a methodology, that needed to try out (or in fact already a portion is tested) in live industrial environment. Interoperability design is extensively spoken out; and to some degree is trying to specify generally the requirements and challenges. But, what is the scenery of this revolt in technology? And what new technical challenges will it present? The ubiquity of computation and communication is not the only symptom of the insurgency. Much of this emerging computation is embedded; the processors in your phones, cars, personal digital assistants, and home appliances. Increasingly they are in concert with other computational fundamentals as part of a larger ensemble. This broad span of capabilities represents a fresh pattern of computing. Accurately when we realize that the ubiquity of communication bandwidths over and over again; makes it possible to position computational mission at whatsoever point in this chain of command; makes the most sense. We can do better - let us watch-out!
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互操作性需求挑战——未来趋势
本文的目的是介绍互操作性概念;面向语义网的智能与电子制造系统集成。它演示了如何在行业事件中使用语义Web基础设施。我们提出了一种方法,需要在实际的工业环境中进行试验(或者实际上已经测试了一部分)。互操作性设计被广泛提及;在某种程度上是试图详细说明需求和挑战。但是,这场科技革命的场景是什么呢?它会带来哪些新的技术挑战?计算和通讯的无处不在并不是暴乱的唯一症状。这种新兴的计算大部分是嵌入式的;手机、汽车、个人数字助理和家用电器中的处理器。它们越来越多地与其他计算基础相协调,成为更大集合的一部分。这种广泛的功能范围代表了一种新的计算模式。准确地说,当我们意识到无处不在的通信带宽一遍又一遍;使计算任务能够定位在这个指挥链的任何一点上;这是最合理的。我们可以做得更好——让我们拭目以待吧!
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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