System for Automatic Detection and Analysis of Targets in FMICW Radar Signal

Abstract

This paper presents the automatic system for the processing of the signals from the frequency modulated interrupted continuous wave (FMICW) radar and describes methods for the primary signal processing. Further, we present methods for the detection of the targets in strong noise. These methods are tested both on the real and simulated signals. The real signals were measured using the developed at the IAP CAS experimental prototype of FMICW radar with operational frequency 35.4 GHz. The measurement campaign took place at the TU Delft, the Netherlands. The obtained results were used for development of the system for the automatic detection and analysis of the targets measured by the FMICW radar.

Design of Square Waveguide Corner

“…We compare the full-wave design with experimental results. The Institute of Atmospheric Physics, Prague, is developing a 35 GHz Frequency-Modulated Continuous-Wave (FMCW) cloud radar [10], where the square corner will be implemented. The simulations in CST Microwave Studio were done.…”

Automatic detection of the unknown number point targets in FMICW radar signals

“…Sweeping generator in FMICW radar PCDR35 Transmitter in FMICW radar PCDR35 Receiver in FMICW radar PCDR35 Principal scheme of the FMICW radar(Rejfek et al, 2014) An example of the received radar signal(Rejfek et al, 2016) …”