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中文摘要：
借鉴自主计算的思想，研究Internet资源抽象的自主元素模型。引入了半边概念描述Internet资源的特征属性，为网络环境下各类资源特征属性建立一个统一描述框架。模拟无尺度网络特性提出资源动态关联的时变半边图，进而利用超分子自组装机制建立超分子资源模型，超分子资源再被赋予环境动态感知、自主行为决策和协同等能力，形成自主元素。该方法可实现Internet资源自主负载调度，提高网络资源效用。
英文摘要：
Drawing lessons from autonomic computing, the autonomic element model of Internet resources abstraction was studied. The half-edge concept was lead in to describe the attributes of Interuet resources and to establish an unifying description frame for the characteristic of various resources in network environment. According to scale-free networks theOry, time-varying half-edge graph of dynamic resources relationships was presented. Furthermore the supramolecular resource model was constructed by making use of the supramolecular self-assembly mechanism. Then the supramolecular resources were endowed with abilities of knowing the environment development, making policy and coordinating independently. Finally, the autonomic elements were formed. This method can realize autonomous adjustments of the Interuet resource loads and improve the utilities of network resources.
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