自主参与云服务

Josef Spillner, C. Piechnick, C. Wilke, U. Assmann, A. Schill
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引用次数: 5

摘要

网络物理系统(CPS)是由使用反馈回路机制的中央控制基础设施连接和组织的多个物理设备的组合。为了提高CPS的自主性,它们必须连接到丰富的云服务(例如,社交软件和弹性资源服务),从而实现更复杂的决策。传统上,在这些系统中使用软件代理将决策制定与日常执行分离,从而使系统自主行动,从而使计算任务自动化。本文提出了高级自主参与方案(AdAPtS),该方案可以选择性地覆盖决策和执行层的自主计算,从而使从用户控制设备到完全自主机器人的经典云服务嵌入到CPS中。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Autonomous Participation in Cloud Services
A Cyber-Physical System (CPS) is a combination of multiple physical devices connected and organised by a central controlling infrastructure using a feedback-loop mechanism. In order to increase the autonomy of CPS they must be connected to rich cloud services (e.g., social software and elastic resource services) enabling more sophisticated decision making. Traditionally, software agents are used in these systems to automate computational tasks by separating decision making from routine execution and hence letting the systems act autonomously. In this paper, the Advanced Autonomous Participation Scheme (AdAPtS) is proposed that can selectively cover autonomous computing on both the decision and the execution level, thus enabling classical cloud services embedded into CPS on a range from user-controlled devices to fully autonomous robots.
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