This paper presents an autonomic mobile agent-based system for distributed job shop scheduling. The system matches the autonomic system reference architecture proposed by the IBM and has the IBM-defined fundamental self-managing properties so that it can manage itself with little human intervention. The system conforms to the IEEE FIPA (Foundation for Intelligent Physical Agents) standard. The interoperability between the system's agents and other agents from many active heterogeneous FIPA compliant agent platforms can be ensured. The system supports the execution of C/C++ mobile agent codes. Thus, it is applicable to a varlet} of applications, especially for distributed mechatronic and embedded systems. An overall architecture of the system and some implementation details about the agency and agents in the system are presented in this article. An energy saving job shop scheduling example is used to validate the self-configuration property of the system.
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机译：本文介绍了一种基于自主移动代理的分布式作业商店调度系统。该系统与IBM提出的自主系统参考架构匹配，并且具有IBM定义的基本自我管理属性，以便它可以使用很少的人为干预来管理自己。该系统符合IEEE FIPA（智能物理代理的基础）标准。可以确保系统代理和来自许多活性异质FIPA兼容性代理平台的其他代理的互操作性。该系统支持执行C / C ++移动代理代码。因此，它适用于应用程序的Varlet}，特别是对于分布式机电电流和嵌入式系统。本文介绍了系统的整体架构和有关该系统中代理商的一些实施细节。节能作业商店计划示例用于验证系统的自配置属性。
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