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首页> 外文期刊>Communications Magazine, IEEE >Service-oriented middleware for smart grid: Principle, infrastructure, and application
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Service-oriented middleware for smart grid: Principle, infrastructure, and application

机译：智能电网的面向服务的中间件：原理，基础架构和应用

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摘要

The current smart grid is undergoing a drastic change in order to deal with increasingly diversified and various service requests from the huge number of users. The next-generation smart grid, characterized by service-oriented middleware, will be upgraded by jointly employing the technologies in the areas of communications, control, and computing. To design a general middleware, an efficient design principle plays a fundamental role, while reliable communication infrastructure and heterogeneous applications lead to sustainability and stability. In this article, we propose an integrated and efficient middleware for heterogeneous services in a smart grid. Specifically, we first develop a mutual application access control principle that keeps users obtaining a satisfying assignment. Next, a collaborative and dynamic information exchange infrastructure is proposed for different smart meters, and a local information collector is designed to implement the communication and computing through power management messages. Finally, we present four steps to design a flexible service-oriented middleware for heterogeneous applications. Numerical simulation results are provided to demonstrate the efficiency of the proposed middleware.
机译：为了应对来自大量用户的日益多样化和各种服务要求，当前的智能电网正在发生巨大变化。以面向服务的中间件为特征的下一代智能电网将通过在通信，控制和计算领域联合采用这些技术来进行升级。在设计通用中间件时，有效的设计原则起着根本性的作用，而可靠的通信基础架构和异构应用程序则可以实现可持续性和稳定性。在本文中，我们提出了一种用于智能电网中异构服务的集成高效中间件。具体来说，我们首先开发一种相互的应用程序访问控制原则，以使用户获得满意的分配。接下来，针对不同的智能电表，提出了一种协作的动态信息交换基础架构，并设计了一个本地信息收集器，以通过电源管理消息实现通信和计算。最后，我们提出了四个步骤来为异构应用程序设计灵活的面向服务的中间件。数值仿真结果提供了证明所提出的中间件的效率。

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