针对目前微电网监控系统存在的协同性差、缺少动态配置支持、连续动态行为和离散事件共存的混杂性等问题,该文提出了一种基于设备网络服务框架(device profile for web service,DPWS)与解释Petri网模型的新型微电网监控方法。根据微电...针对目前微电网监控系统存在的协同性差、缺少动态配置支持、连续动态行为和离散事件共存的混杂性等问题,该文提出了一种基于设备网络服务框架(device profile for web service,DPWS)与解释Petri网模型的新型微电网监控方法。根据微电网监控系统功能需求,建立基于DPWS的分布式微源运行状态监控模型。利用DPWS技术的自动发现、自动组网机制对微电网监控系统进行重新配置,结合事件订阅机制实现微电网系统状态的实时监控,进而分析微电网系统在运行过程中的多重状态及其转换关系。基于DPWS技术信息加密机制,解决了微电网监控系统的信息传输安全问题。运用解释Petri网建立了微电网系统控制模型,提高了微网监控设备端的自动化程度,并完成了相应的数值仿真试验。试验结果表明,该模型能较全面地描述微电网系统中的并发及混杂现象,所提出的控制策略符合微电网系统实际运行要求,为微电网系统的安全、稳定地运行提供技术依据。展开更多
With the advances of electronic information technology and computer network, especially the embedded technology, smart home is no more just a vision but being practical. The interoperability of heterogeneous devices a...With the advances of electronic information technology and computer network, especially the embedded technology, smart home is no more just a vision but being practical. The interoperability of heterogeneous devices and flexibility of devices＇ usage are two key problems that challenge the implementation of smart home. To deal with these two issues, this paper proposes an event-driven service oriented architecture using device profile for web services （DPWS）. DPWS inherits the advantages of the traditional web services in achieving interoperability without dependence on platform, while improving service discovery and security as well as being optimized for deploying on resource constrained devices. By providing a visual interface for describing a service workflow （SW）, the user can easily customize the actions of devices by services composition. Devices automatically cooperate without user＇s intervention to complete required business logic. This is achieved by fully exploiting the eventing capabilities on DPWS enabled home devices. Finally, a home theater scenario is given to illustrate the event driven mechanism for the SW in the proposed smart home framework.展开更多
文摘针对目前微电网监控系统存在的协同性差、缺少动态配置支持、连续动态行为和离散事件共存的混杂性等问题,该文提出了一种基于设备网络服务框架(device profile for web service,DPWS)与解释Petri网模型的新型微电网监控方法。根据微电网监控系统功能需求,建立基于DPWS的分布式微源运行状态监控模型。利用DPWS技术的自动发现、自动组网机制对微电网监控系统进行重新配置,结合事件订阅机制实现微电网系统状态的实时监控,进而分析微电网系统在运行过程中的多重状态及其转换关系。基于DPWS技术信息加密机制,解决了微电网监控系统的信息传输安全问题。运用解释Petri网建立了微电网系统控制模型,提高了微网监控设备端的自动化程度,并完成了相应的数值仿真试验。试验结果表明,该模型能较全面地描述微电网系统中的并发及混杂现象,所提出的控制策略符合微电网系统实际运行要求,为微电网系统的安全、稳定地运行提供技术依据。
文摘With the advances of electronic information technology and computer network, especially the embedded technology, smart home is no more just a vision but being practical. The interoperability of heterogeneous devices and flexibility of devices＇ usage are two key problems that challenge the implementation of smart home. To deal with these two issues, this paper proposes an event-driven service oriented architecture using device profile for web services （DPWS）. DPWS inherits the advantages of the traditional web services in achieving interoperability without dependence on platform, while improving service discovery and security as well as being optimized for deploying on resource constrained devices. By providing a visual interface for describing a service workflow （SW）, the user can easily customize the actions of devices by services composition. Devices automatically cooperate without user＇s intervention to complete required business logic. This is achieved by fully exploiting the eventing capabilities on DPWS enabled home devices. Finally, a home theater scenario is given to illustrate the event driven mechanism for the SW in the proposed smart home framework.
