The invention discloses a locomotive electromagnetic radiation signal-based runaway detection method and system, and the method comprises the steps: deploying a position sensor and a receiving device, respectively receiving position information and an electromagnetic radiation signal, uploading the position information and the electromagnetic radiation signal to a main control center, and carrying out the data analysis and processing, the locomotive state is analyzed and judged according to the position information analyzed and processed by the main control center and the electromagnetic radiation signal characteristics, and emergency response and alarm are carried out according to the locomotive state. And the state identification accuracy of the locomotive and the vehicle is obviously improved. Compared with a traditional monitoring system, the locomotive type and the running state of the locomotive are identified and classified more accurately, so that the probability of false alarm and missing alarm is reduced, the abnormal state of the locomotive is detected in real time through real-time monitoring and analysis of position information and electromagnetic radiation signals, response is made quickly, dynamic adjustment is conducted according to different environments and running conditions, and the safety of the locomotive is improved. And model parameters are adjusted to adapt to different signal intensities and noise levels.
本发明公开了一种基于铁路机车电磁辐射信号的溜逸检测方法及系统,包括:部署位置传感器和接收装置,分别接收位置信息和电磁辐射信号,将所述位置信息和所述电磁辐射信号上传至主控中心并进行数据分析和处理,根据主控中心分析处理后的所述位置信息和所述电磁辐射信号特征分析并判断机车状态,根据所述机车状态进行应急响应与警报。显著提高了机车及车辆的状态识别准确性。优于传统的监控系统,更精确地识别和分类机车类型及其运行状态,从而降低误报和漏报的概率,通过对位置信息和电磁辐射信号的实时监测与分析,即时检测出机车的异常状态,并迅速做出响应,根据不同的环境和运行条件动态调整,通过调整模型参数来适应不同信号强度和噪声水平。
Railway locomotive electromagnetic radiation signal-based runaway detection method and system
一种基于铁路机车电磁辐射信号的溜逸检测方法及系统
2024-09-03
Patent
Electronic Resource
Chinese
IPC: | B61L Leiten des Eisenbahnverkehrs , GUIDING RAILWAY TRAFFIC |
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