M. Ksovets
Abstract
The process of beat signal reception at the mixer output FMCW radar is analyzed. The classical methods to obtain depth resolution and their inability to provide the specified options are considered. A model for the study of the test signal spectral estimation methods is developed. Several models have given satisfactory results.
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The process of beat signal reception at the mixer output FMCW radar is analyzed. The classical methods to obtain depth resolution and their inability to provide the specified options are considered. A model for the study of the test signal spectral estimation methods is developed. Several models have given satisfactory results.
Key concepts: Continuous-wave radar, Radar, Computer science, Spectral density estimation, SIGNAL (programming language), Pulse-Doppler radar, Radar imaging, Electronic engineering