基于人工智能技术的电力调度操作票系统设计

Design of power dispatching operation order system based on artificial intelligence technology

为避免电力调度操作票系统运行过程中,因用户并发量较大导致系统性能无法保障自身正常运行的问题,设计基于人工智能技术的电力调度操作票系统。系统以人工智能技术为基础,整体划分为服务器端与客户端两个主要部分,服务器端利用推理机智能推理过程中,结合电网运行状态,通过逻辑状态初判和潮流计算详细分析,实现操作步骤安全性校核,客户端依照调度值班人员所在地信息化环境完成操作票的出票、审核与下发等人机交互服务。实验结果显示该系统在用户并发量为200的条件下,CPU占用率均值、内存占用率均值和最大响应时间均较小,可以满足实际应用要求。

in order to avoid the problem that the system performance cannot guarantee its normal operation due to the large amount of concurrent users during the operation of the electric power dispatching operation ticket system, an electric power dispatching operation ticket system based on artificial intelligence technology is designed. System based on artificial intelligence technology, whole is divided into server and client two main parts, the server can use reasoning wit reasoning process, combined with the power grid operation state, through the logical state found guilty of a detailed analysis and power flow calculation, at the beginning of implementation steps security check, the client in accordance with the scheduling attendant local informationization environment to complete the operation ticket ticket, audit and interactive services such as issued. The experimental results show that the average CPU occupancy rate, the average memory occupancy rate and the maximum response time of the system are all small under the condition of 200 concurrent users, which can meet the practical application requirements.