CAJ | 학술논문

设计了一种以C8051F系列微处理器与ST7538Q载波芯片为核心元件的电力线载波Modem。为了提高自动抄表系统的可靠性，探讨了基于人工蛛网与Dijkstra算法相结合的路由组网策略。针对系统存在故障节点的情况，以双层蛛网为例作了仿真分析，仿真结果表明：采用Dijkstra算法比遗传算法的求解速度快，搜索到最优路径的成功率也较高。
설계료일충이C8051F계렬미처리기여ST7538Q재파심편위핵심원건적전력선재파Modem。위료제고자동초표계통적가고성，탐토료기우인공주망여Dijkstra산법상결합적로유조망책략。침대계통존재고장절점적정황，이쌍층주망위례작료방진분석，방진결과표명：채용Dijkstra산법비유전산법적구해속도쾌，수색도최우로경적성공솔야교고。
A power line carrier Modem which takes C8051F microcontroller and ST7538Q as core components was designed .In order to improve the reliability of meter auto-reading system , a routing network algorithm which based on combining artificial cobweb algorithm with Dijkstra algorithm was discussed ; and aiming at fault nodes in the system , the double-layer cobweb algorithm was taken as an example .Simulation results show that the Dijkstra algorithm outperforms the genetic algorithm in solving problems and obtaining optimal solu-tions.