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首页> 外文期刊>Communications of the Association for Information Systems >The Software Continuum Concept: Towards a Biologically Inspired Model for Robust E-Business Software Automation
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The Software Continuum Concept: Towards a Biologically Inspired Model for Robust E-Business Software Automation

机译:软件连续性概念:建立强大的电子商务软件自动化的生物学启发模型

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This paper introduces a new concept, the software continuum concept based on the observation that exists a general parallelism between the software continuum from bits to business/Internet ecosystems and the natural continuum from particles to ecosystems. The general parallelism suggests that homeomorphisms may be identified and therefore some concepts, processes, and/or mechanisms in one continuum can be investigated for application in the other continuum. We argue that the homeomorphisms give rise to a biologically-inspired architectural framework for addressing robust control, robust intelligence, and robust autonomy issues in e-business software and other business-IT integration challenges. As application, we examine the mapping of a major enterprise-level architecture framework to the biologically-inspired framework. Design considerations for robust intelligence and autonomy in large-scale software automation and some major systemic features for flexible business-IT integration are also discussed.
机译:本文介绍了一个新概念,即基于观测的软件连续性概念,该概念在从位到业务/ Internet生态系统的软件连续性与从粒子到生态系统的自然连续性之间存在着普遍的并行性。一般的并行性表明可以确定同胚性,因此可以研究一个连续体中的某些概念,过程和/或机制,以用于另一连续体中。我们认为,同胚性会产生一个生物学启发的体系结构框架,以解决电子商务软件和其他业务IT集成挑战中的强大控制,强大智能和强大自治问题。作为应用程序,我们研究了主要的企业级架构框架到生物学启发框架的映射。还讨论了大型软件自动化中强大的智能和自主权的设计注意事项,以及灵活的业务IT集成的一些主要系统功能。

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