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计算机系统应用英文版:2013,22(5):5-8,69
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智能配电网自我认知过程
(华北电力大学(保定)控制与计算机工程学院, 保定 071003)
Self-Cognitive Process Studies of Smart Distribution Grid
(North China Electric Power University, Baoding 071003, China)
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Received:October 16, 2012    Revised:November 25, 2012
中文摘要: 根据电力系统所面临的挑战、智能电网的智能配电网是智能电网发展的重要方面. 对智能电网的研究, 主要的是如何让电网具有智能. 通过将结构主义、功能主义和行为主义三种方法和谐统一的“机制主义”及人类智能系统模型, 完成对“信息→知识→智能”转换过程, 把它们统一起来成为完整的人类认知过程, 解析和定义智能配电网信息及其转换和自我认知过程. 在人类智能系统模型下, 重新解释DFSM及其智能系统对智能配电网的重要意义. 使得智能配电网在经过自我认知过程后, 能够更加方便的对整体和部分进行有效的仿真和模拟, 在长期的认知过程循环中逐步建立智能配电网的知识库和策略库, 作为智能配电网具有智能化的基础, 最终使得智能配电网具有拟人特性和管理、协调、控制、优化、维护自身和被控对象.
Abstract:According to the challenges faced by the electric power system, and Smart distribution grid is an important aspect of smart grid development. The study of smart grid, the most important is how to make the grid intelligent. Through "Mechanism" and human intelligence system model of three ways of structuralism, functionalism and behaviorism are harmony and unity, complete "information→ knowledge→ intelligence" conversion process, and they unite to became full human cognitive processes, analytical and definition of Smart distribution grid information and its conversion and self-cognitive process. Through human intelligence system model, it can re-interpret the significance of the DFSM and its intelligent system for Smart distribution grid. The Smart distribution grid after a course of self-cognitive; it can be more convenient to carry out effective simulation and modeling of whole and part, gradually establish knowledge and strategy library of the Smart distribution grid in the long-term cognitive process cycles, as a basis for Smart distribution grid have intelligent, and ultimately makes the smart distribution grid with anthropomorphic features and management, coordination, control, optimization, maintain their own and the controlled object.
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宋雨,马林.智能配电网自我认知过程.计算机系统应用,2013,22(5):5-8,69
SONG Yu,MA Lin.Self-Cognitive Process Studies of Smart Distribution Grid.COMPUTER SYSTEMS APPLICATIONS,2013,22(5):5-8,69