High-speed moving target detection and tracking method based on speed estimation

Abstract

During the detection and tracking of high-speed moving target by radar, the coherent accumulation and the energy accumulation of target echo signal are poor. In order to solve this problem, this study discusses speed estimation based on the Hough transform, correction across distance of radar echo signal and pre-tracking detection method based on dynamic programming. The authors propose an energy accumulation method of target echo based on speed estimation. Using this method, speed estimation accuracy reaches 98.87%, signal-to-noise ratio increases by 10 dB and the goal amplitude is 4.81 times more than the original amplitude. Simulation results show that this method can improve the energy accumulation effectiveness and improve detection and tracking ability of high-speed moving target by radar.

Keywords

• hough transforms
• echo
• dynamic programming
• radar signal processing
• object detection
• target tracking
• radar detection
• tracking ability
• energy accumulation effectiveness
• signal-to-noise ratio increases
• estimation accuracy
• energy accumulation method
• pre-tracking detection method
• radar echo signal
• target echo signal
• coherent accumulation
• speed estimation
• tracking method
• high-speed moving target detection