The modern basic building blocks of a control system consist of data acquisition,dispensation of data by the system operators and the remote control of system devices.However,the physical controls,technical exam...The modern basic building blocks of a control system consist of data acquisition,dispensation of data by the system operators and the remote control of system devices.However,the physical controls,technical examinations and deductions were originally implemented to aid the process and control of power system design.The complexity of the power system keeps increasing due the technical improvements,diversity and dynamic requirements.Artificial intelligence is the science of automating intelligent activities presently attainable by individuals.Intelligent system techniques may be of excessive benefit in the application of area power system controls.Whereas smart grid can be measured as a modern electric power grid structure for better productivity and dependability via automatic control,excessive power converters,modern communications setup,sensing and metering equipment,and modern energy management techniques established on the optimization of demand,energy and network accessibility,and so on.The enormous depiction of the entire transmission grid,in the perspective of smart grids,is quite unclear;and in Nigeria no studies have been put on ground in order for the existing network to be turn into a smart grid.In this research work emphasis is placed on generation and transmission stations;power optimization using artificial intelligent techniques and wireless sensor networks for power control management system.展开更多
Traditional network management approach involves the management of each vendor's equipment and network segment in isolation through its own proprietary element management system. It is necessary to set up a new n...Traditional network management approach involves the management of each vendor's equipment and network segment in isolation through its own proprietary element management system. It is necessary to set up a new network management architecture that calls for operation consolidation across vendor and technology boundaries. In this paper,an architectural model for Intelligent Network Management (INM) is presented. The INM system includes a manager system, which controls all subsystems and coordinates different management tasks; an expert system, which is responsible for handling particularly difficult problems, and intelligent agents, which bring the management closer to applications and user requirements by spreading intelligent agents through network segments or domain. In the expert system model proposed, especially an intelligent fault management system is given. The architectural model is to build the INM system to meet the need of managing modern network systems.展开更多
This paper analyzes progresses and difficulties of subjects on computer network’s management and artificial intelligence, proposes AGIMA, a new model of network intelligent management, which is based on computer supp...This paper analyzes progresses and difficulties of subjects on computer network’s management and artificial intelligence, proposes AGIMA, a new model of network intelligent management, which is based on computer supported cooperative work (CSCW) and combining new technologies such as WWW, Java. AGIMA transfers from information distribution centered mode in traditional network management to computing distribution centered mode, providing intelligence capacity for network management by a whole intelligent agent group. The implementation of AGIMA takes much consideration of openess, scalability, proactive adaptability and friendliness of human computer interface. Authors present properties of intelligent agent in details, and conclude that network intelligence should be cooperation between human and computer.展开更多
文摘The modern basic building blocks of a control system consist of data acquisition,dispensation of data by the system operators and the remote control of system devices.However,the physical controls,technical examinations and deductions were originally implemented to aid the process and control of power system design.The complexity of the power system keeps increasing due the technical improvements,diversity and dynamic requirements.Artificial intelligence is the science of automating intelligent activities presently attainable by individuals.Intelligent system techniques may be of excessive benefit in the application of area power system controls.Whereas smart grid can be measured as a modern electric power grid structure for better productivity and dependability via automatic control,excessive power converters,modern communications setup,sensing and metering equipment,and modern energy management techniques established on the optimization of demand,energy and network accessibility,and so on.The enormous depiction of the entire transmission grid,in the perspective of smart grids,is quite unclear;and in Nigeria no studies have been put on ground in order for the existing network to be turn into a smart grid.In this research work emphasis is placed on generation and transmission stations;power optimization using artificial intelligent techniques and wireless sensor networks for power control management system.
基金Jiangsu Provincial Natural Science Foundation of ChinaNational "863"High-Tech Programme National "973" Fundamental Rese
文摘Traditional network management approach involves the management of each vendor's equipment and network segment in isolation through its own proprietary element management system. It is necessary to set up a new network management architecture that calls for operation consolidation across vendor and technology boundaries. In this paper,an architectural model for Intelligent Network Management (INM) is presented. The INM system includes a manager system, which controls all subsystems and coordinates different management tasks; an expert system, which is responsible for handling particularly difficult problems, and intelligent agents, which bring the management closer to applications and user requirements by spreading intelligent agents through network segments or domain. In the expert system model proposed, especially an intelligent fault management system is given. The architectural model is to build the INM system to meet the need of managing modern network systems.
文摘This paper analyzes progresses and difficulties of subjects on computer network’s management and artificial intelligence, proposes AGIMA, a new model of network intelligent management, which is based on computer supported cooperative work (CSCW) and combining new technologies such as WWW, Java. AGIMA transfers from information distribution centered mode in traditional network management to computing distribution centered mode, providing intelligence capacity for network management by a whole intelligent agent group. The implementation of AGIMA takes much consideration of openess, scalability, proactive adaptability and friendliness of human computer interface. Authors present properties of intelligent agent in details, and conclude that network intelligence should be cooperation between human and computer.
