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Intelligent Knowledge Network Management System considering Internal Entropy of knowledge cell

机译:考虑知识单元内熵的智能知识网络管理系统

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Everything in the world has own properties and interacts with other things dynamically. By their associative relationship they are linked, sometimes combined and separated. These features make a living thing possible to survive in the complex environment. As more computational virtual environment is developed rapidly, the requirement of intelligent system adopting the properties of living things is getting high. Accordingly in this paper for making more efficient intelligent system, knowledge network management strategy was proposed by defining their own types and Internal entropy of knowledge cell. We apply this system to the virtual memory and show testing results.
机译:世界上的一切都拥有自己的物业,并动态与其他东西进行互动。通过他们的联想关系,他们被联系起来,有时结合和分开。这些功能使生物可以在复杂的环境中生存。随着更多计算虚拟环境的发展迅速,智能系统的要求采用生物的属性越来越高。因此,在本文中,为了制作更高效的智能系统,通过定义自己的类型和内部熵来提出知识网络管理策略。我们将此系统应用于虚拟内存并显示测试结果。

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