以体系结构为中心的Eagent划分与“D-Role”驱动的自适应流程设计

Xiaona Xia, Baoxiang Cao, Jiguo Yu
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引用次数: 0

摘要

通过对以体系结构为中心的系统进行agent互连分析,实现了自适应的agent体系结构。从信念、决策、意图的角度,展示了目标的灵活位置,即模型陈述层面,深化了对相关环境和异常的一些常见描述。对BDI和Agent的自适应拓扑粒度单元进行优化,形成基本的互联网要素:Eagent,提出了与多态概念相关的动态绑定技术,集成了以体系结构为中心的流逻辑,从而得到了以“D-Role”为基本自动化系统角色的自适应过程算法和互联网容器的统一。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Architecture-Centric Eagent Division and Self-Adaptive Process Design Driven by “D-Role”
Architecture-centric system is analyzed by agent internetware, then the self-adaptive agent architecture is achieved. From belief, decision-making, intention point of view, it shows the flexible position of goal, which is the model statement level, and deepens some common description about the correlative environment and abnormity. The self-adaptive topology granularity unit of BDI and Agent is optimized, forms the basic internetware factor: Eagent, advances the dynamic binding technology related to the polymorphism concept, integrates the architecture-centric flow logic, in order to get the self-adaptive process algorithm and the unification of internetware container that "D-Role" is the basic automatic system role.
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