A power distributed computing system model based on services-oriented architecture
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摘要:
基于进程通信的电力分布式计算模型满足了电力企业利用电力分布式计算理论对电网安全经济运行情况做出实时监测和分析计算的实际需求，但存在公有基础功能开发复杂性高、系统可扩展性不足等问题。设计并实现了一种基于面向服务架构的电力分布式计算系统模型。运用软件设计模式设计了低耦合、可扩展的系统框架，设计使用Windows通信基础(Windows Communication Foundation，WCF)技术实现面向服务的分布式数据通信，使用Windows工作流基础(Windows Workflow Foundation
Abstract:
Process communication based power distributed computing model satisfies the demand on real time monitoring and analysis for the economical operation of power grid based on power distributed computation methods, but there are some problems on complexity in common basic functions development and lack of system extendibility. An extendable services-oriented power distributed computation system model is designed and implemented. Software design patterns are applied to design low coupling and extendable system framework. Windows Communication Foundation (WCF) technology is used to implement the services-oriented distributed data communication functions. Windows Workflow Foundation (WWF) technology is used to design the business logic of power distributed computation visually. Data integration functions are implemented by combining the ADO.NET technology. The services-oriented system architecture enhances the integration ability and extendibility. The use of WCF and WWF technology reduces the complexity of the system development.