摘要
为更好地实现补偿电容在轨道电路信息传输中的作用,采用基于Mamdani模型的模糊逻辑理论,建立湿度和温度对补偿电容值具有影响的模型,达到在配置补偿电容时更加精确的优点,使得机车接收到的信息更加稳定、可靠。通过实例仿真计算分析,进一步证明该方法的实用性。
To handle the relation between compensation capacitor and track circuit and build the model between temperature and humidity and compensation capacitor,the fuzzy logical is employed.It makes sure the allocation of the compensation capacitor more precisely and the receiving message of the train more stably.Through a concrete simulation,the result shows that the method given in this paper is correct.
出处
《交通科技与经济》
2011年第6期122-125,共4页
Technology & Economy in Areas of Communications
关键词
补偿电容
模糊逻辑
轨道电路
配置
compensation capacitor
fuzzy logical
track circuit
configuration
