Discussing the electric regulation automatic system and MIS system two interface connection ways and the data treatment ant its advantage and shortcoming of each interface.
探讨电力调度自动化系统与MIS系统的两种接口方式，每种接口方式的数据处理及其优缺点。
Several key technologies of electric power management information system (MIS) were studied in this thesis, and several special problems of electric power MIS were solved with these key technologies.
本文主要对电力工业管理信息系统(电力MIS)的若干关键技术进行了研究，并应用它们解决了电力MIS的若干特殊问题。
The demands of the electric power dispatching MIS for a workflow subsystem are analyzed and the demands are abstracted into workflow elements.
文中着重分析了调度生产管理系统对流程控制的需求，并把需求抽象成流程要素。
In an electric power dispatching MIS, the workflow subsystem has such features as a wide area covered, complex objects managed and parallel data processing and so on.
在电力调度生产管理系统中，流程控制系统具有地域广、管理对象复杂、必须同时进行数据处理等特点。
A sort of RBAC model for electric power MIS was designed on the basis of studying access control models.
本文在研究r BAC访问控制模型的基础上，设计了一种应用于电力MIS系统的RBAC模型。
The interface problem between MIS for electric power enterprises and diversified professional management softwares is discussed, and a solution is put forward.
讨论了电力企业MIS和电力生产经营管理中各专业管理软件之间的接口问题，并提出了一种解决方案。
Based on that, its application in MIS of electric power enterprise is presented.
在此基础上，针对电力企业特点，介绍了工作流在电力企业管理中的应用。
Based on that, its application in MIS of electric power enterprise is presented.
在此基础上，针对电力企业特点，介绍了工作流在电力企业管理中的应用。
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