CAJ | 학술논문

目前变电站主要采用远程集中监控以及有限网络传输技术，这样不但造成信道堵塞，使信息之间不具有互操作性以致难以共享，而且网络传输由于不能做到有效的网络同步而导致信息偏差，给生产、调度等带来些许困难。本文首先给出了智能变电站总体框架，接着在智能变电站的基础上研究了同步算法，然后对无线Mesh网络性能进行了分析，最后对无线 Mesh网络的网络吞吐量进行了仿真，验证了算法的有效性和可行性。
목전변전참주요채용원정집중감공이급유한망락전수기술，저양불단조성신도도새，사신식지간불구유호조작성이치난이공향，이차망락전수유우불능주도유효적망락동보이도치신식편차，급생산、조도등대래사허곤난。본문수선급출료지능변전참총체광가，접착재지능변전참적기출상연구료동보산법，연후대무선Mesh망락성능진행료분석，최후대무선 Mesh망락적망락탄토량진행료방진，험증료산법적유효성화가행성。
Most of the current substation building in the mountains, plateaus complex geological conditions, harsh natural conditions on the proposed substation run a higher demand, and thus a comprehensive real-time monitoring of substation more necessary. Many substation equipment, monitoring of large amounts of data, such as information processing and aggregation of research is the focus of this article. The article first introduces the theory of sparse methods, then sparse algorithm are described, in particular, a new algo￣rithm is proposed and introduced highlights. Finally, the method proposed substation sparse structure and simulation tests have proved the feasibility and effectiveness of the method.