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Software and Hardware System Integration and Intelligent Automation using Ontology-based Knowledge Representation Technology

机译:使用基于本体的知识表示技术的软件和硬件系统集成和智能自动化

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The need to integrate large systems into complex "systems of systems" is evident in multiple problem domains. Yet industry testimonials describe multimillion-dollar expenditures for unsuccessful software systems integration efforts. Surrounding internet connectivity, middleware technologies, and standards (such as, eXtensible Markup Language - XML) continues to be promoted. Despite these promotions, difficulties integrating large systems increase due to heightened expectations for new capabilities - in an industry where technology choices constantly expand. Current approaches to software integration are costly, time consuming, and frequently yield suboptimal results. Current system integrations suffer from the following problems: (1) Brittle - easily fail with slight perturbations to the information transacted (2) Difficult to maintain as systems are upgraded (3) Complicated to scale when additional information and constituent systems, are required (4) Cannot provide clear, concise implementations among diverse sub-system sets as complexity increases
机译:在多个问题域中,需要将大型系统集成到复杂的“系统系统”中。然而,行业推荐书描述了不成功的软件系统集成工作的百万美元支出。围绕互联网连接,中间件技术和标准(例如,可扩展标记语言 - XML)继续促进。尽管有这些促销活动,但由于在技术选择不断扩大的行业中,由于对新能力的预期提高,因此难以实现的困难。目前的软件集成方法昂贵,耗时,频率耗费次优效果。当前的系统集成患有以下问题:(1)脆弱 - 随着系统升级(3)难以维持的交易(2)难以维持的信息,易于扰动,需要额外的信息和组成系统,因此(4 )不能在不同的子系统集中提供明确的简洁实现,因为复杂性增加

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