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Towards a synthesis of dynamic architecture event languages

机译:致力于动态架构事件语言的综合

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Self-healing systems generally require reflective models of their own operation to determine what aspects of themselves they can change to effect repair. Architecture models are examples of rather simple models to which health information can be attached and reasoned about, e.g. attaching system state to a process or tracking events across connectors. These models are especially useful when the architecture of the system varies while the system is running, in so-called "dynamic architectures."DARPA's DASADA program is developing an architecture-based infrastructure for self-healing, self-adapting systems. Herein several protocols for dynamic architecture change notification from that program are examined in search of a community standard for such a protocol. Desirable properties of such protocols are suggested based in part on how much constraint checking will be used to proscribe dynamic architecture building activity. Points for discussion are raised.
机译:自我修复系统通常需要其自身操作的反射模型,以确定它们可以改变自身的哪些方面以进行修复。体系结构模型是相当简单的模型的示例,可以将健康信息附加到该模型上并进行推理,例如将系统状态附加到进程或跨连接器跟踪事件。当系统的体系结构在系统运行时变化时,这些模型特别有用,即所谓的“动态体系结构”。DARPA的DASADA程序正在开发用于自愈,自适应系统的基于体系结构的基础结构。在此,针对该协议的社区标准,对来自该程序的用于动态体系结构更改通知的几种协议进行了检查。在某种程度上基于将使用多少约束检查来禁止动态架构构建活动来建议此类协议的理想属性。提出了讨论要点。

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