摘要
紧密结合电力抢修的特点及工程实践,提出了以GPS作为信息采集手段,G IS作为信息处理手段,GPRS作为通信手段的电力抢修实时调度系统总体设计方案,在此基础上研究了该系统的通信原理和工作原理,以及整个系统的软件设计,实现对电力故障的及时发现与定位、抢修资源的合理配置与调度、抢修决策的智能生成与传递等功能。
This paper introduces a whole design schema of electrical repairs real-time scheduling system which using GPS to acquire data, GIS to process data and GPRS to transmit data. Based on this, the systemg communicating principle, working principle and software design are researched. This system can not only discover and position the electrical contingency in time, but also can reasonably allocate and schedule the repairing resources, intelligently make and deliver the repairing policy. This system is valuable and promising.
出处
《继电器》
CSCD
北大核心
2005年第17期70-73,共4页
Relay
