摘要
在电力检修信息查询时,常规的查询系统在用户并发量突发的情况下很难保证稳定运行,系统的实用性需要进一步提高,针对该问题,提出基于云计算技术的电力检修信息快速查询系统设计。设计数据传输与控制板之间的连线接口,通过延时网络分解基本时钟,划分多个传输通道,为信息查询提供高速通道;采用云计算技术设计数据分析模块,实现电力检修信息数据的一致性,在合并查询功能支持下,实现电力检修信息的查询。实验结果表明:基于云计算技术的查询系统查询结果准确且完整,在并发压力的作用下,系统运行稳定,响应及时,系统的整体实用性得到了增强。
In the power maintenance information query,the conventional query system is difficult to ensure the stable operation in the case of the user concurrent burst,the practicability of the system needs to be further improved.Aiming at this problem,the design of power maintenance information quick query system based on cloud computing technology is proposed.The cable interface between data transmission and control board is designed.The basic clock is decomposed through the delay network,and multiple transmission channels are divided to provide high-speed channels for information query.Cloud computing technology is used to design data analysis module,to achieve the consistency of power maintenance information data,with the support of designed conjunction-based query,power maintenance information query is realized.The experimental results show that the proposed query system is accurate and complete.Under the action of concurrent pressure,the system runs stably and responds promptly,and the overall practicability of the system is enhanced.
作者
马文珍
MA Wen-zhen(Information and Communication Company of Qinghai Electric Power Company,Xining 810000 China)
出处
《自动化技术与应用》
2023年第8期96-99,共4页
Techniques of Automation and Applications
关键词
云计算技术
电力检修
信息查询
数据分析
cloud computing technology
power maintenance
information query
data analysis
作者简介
马文珍(1994-),女,本科,初级工程师,研究方向:信息系统检修维护。
