剖面边缘检测在民航台站地质监测中的应用

Application of Profile Edge Detection in Geological Monitoring of Civil Aviation Station

民用通信导航监视台站受复杂地形影响,往往需要建设在山顶位置,而山体往往复杂多变,极易出现山体坍塌或地质形变,因此对台站地形做实时监测很有必要。通过获取山体的相关数据并采用基于横向剖面的边缘检测算法,能够较为直观的检测出山体形变的位置和形变量,获取较好的地质形变信息,达到实时检测的目的。给出的检测方法操作简单实用,可为民航对台站监测研究提供思路和借鉴。

Influenced by complex terrain,civil communication navigation and monitoring stations often need to be built at the top of the mountain,while the mountain is often complex and changeable,which is prone to collapse or geological deformation,so it is necessary to conduct real-time monitoring of the station terrain.By acquiring the related data of mountain and adopting the edge detection algorithm based on the transverse section,the position and shape variables of mountain deformation can be detected intui⁃tively,and the better geological deformation information can be obtained,so as to achieve the purpose of real-time detection.The detection method is simple and practical,which can provide ideas and reference for the civil aviation to the station monitoring re⁃search.