Design and Implementation of Signal Processing for 2D Scanning Radar with Multi-Reflection Detection Using 60 GHz NRD Guide Pulse Radar

The design and implementation of a signal processing system for a two dimensional (2D) electric scanning radar using multi-reflection detection to identify short range object using 60 GHz NRD (Non Radiative Dielectric) guide pulse radar is presented in this research paper. Designed to increase detection accuracy and precision by processing multiple reflections of the transmitted signals in order to recognize objects at short distances, the radar system is the one. The signal processing algorithms are adapted for MPTS handling, and the system takes advantage of the high frequency properties of the 60 GHz NRD guide. Hardware design, simulation results, and performance evaluation regarding the detection accuracy, range resolution, and processing latency, are also discussed. However, applications like autonomous driving, indoor navigation, and industrial automation require short range, high precision radar system, and this approach offers a big advantage.