Future Distributed Embedded and Real-Time Applications Will Be Adaptive: Meanings, Challenges and Research Paradigms (Panel)

A. Mok, C. Heitmeyer, K. Jeffay, Michael B. Jones, C. D. Locke, R. Rajkumar
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Abstract

Summary form only given, as follows. Static models are not appropriate for next-generation distributed real-time applications that are likely to be adaptive in nature, (for example, to provide a high degree of fault tolerance). During the last few years, the real-time systems community has started to counter this criticism by extending traditional work to cover newer application domains, The central problem remains, however, that the concept of adaptivity is often domain-specific and sometimes ill-defined in the context of bringing distributed real-time systems concept into better focus. Accordingly, be it resolved that future distributed embedded and real-time applications will be adaptive and that meanings, challenges and research paradigms await discovery. The charge to the panel is to defend (or to dismiss as fluff) the above resolution.
未来分布式嵌入式和实时应用将是自适应的:意义、挑战和研究范式(小组讨论)
仅给出摘要形式,如下。静态模型不适合下一代分布式实时应用程序,因为这些应用程序本质上可能是自适应的(例如,提供高度的容错性)。在过去的几年里,实时系统社区已经开始通过扩展传统的工作来覆盖新的应用程序领域来应对这种批评。然而,中心问题仍然存在,适应性的概念通常是特定于领域的,有时在使分布式实时系统概念得到更好关注的上下文中定义不清。因此,未来的分布式嵌入式和实时应用将是自适应的,其意义、挑战和研究范式有待发现。专家组的职责是为上述决议辩护(或将其视为废话而不予理会)。
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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