Application of the method for prediction of the failure location and time based on monitoring of a slope using synthetic aperture radar

Abstract Synthetic aperture radar (SAR) technology has been widely used in landslide deformation monitoring the past decade. It advantages of high accuracy, a wide range, and flexibility allowing all-weather continuous monitoring. The self-developed S-SAR synthetic (slope radar) is first completely domestic-made slope equipment China, its performance technical parameters are equal to or better than similar products made abroad. characteristics data collected by deployed front open pit mine analyzed further develop spatio-temporal prediction method which applicable massive within range radar. intersection points short-term moving average velocity curve long-term deformation, onset acceleration (OOA) termination (TOA). When OOA occurs, will accelerate, when TOA tend stabilize. can identify areas at risk monitored area before failure, so that spatial position early warning be realized. Based on assumptions inverse method, T -log ( t ) logarithmic model established, updated corrected approximate time thus improving accuracy location prediction. In an open-pit copper Serbia, accurate successfully applied, guaranteeing safe mining.