JOURNAL ARTICLE

On Digital Signal Processing for FMCW-MIMObased Radar-Sensors

Abstract

Today, FMCW-MIMO-based (mm-wave) radar sensors are widely used in automotive and industry because the FMCW-technique has some important advantages over the pulse-echo principle. In this tutorial lecture, it will be shown, that the range, the doppler speed and the angle-of-arrival of multiple targets can be determined efficiently by using FFTs. Additionally, some more challenging topics like clustering, tracking and classification of targets will be addressed based on classical DSP-algorithms and Deep Neural Networks (DNN). Finally, some radar sensing applications will be shown, e.g. for bird migration monitoring, vehicle tracking and gesture recognition.

Keywords:
Computer science Continuous-wave radar Radar Digital signal processing Echo (communications protocol) Radar imaging Radar engineering details Tracking (education) Doppler radar Radar tracker Artificial intelligence Real-time computing Computer vision Telecommunications Computer hardware

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Citation History

Topics

Radar Systems and Signal Processing
Physical Sciences →  Engineering →  Aerospace Engineering

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