millimeter-wave FMCW radar: efficient, environmental-independent sensing for device integration and advanced consumer electronics
Millimeter-wave Frequency-Modulated Continuous-Wave radar works by emitting and detecting radio frequency electromagnetic waves. Due to its unique properties, this technology offers several advantages for interactive systems and applications. It operates independently of lighting conditions, environmental noise, or weather, offering rapid and accurate sensing capabilities. Moreover, it can penetrate various materials, making it ideal for integrating into various devices and settings.
radar signal processing - how to get range, doppler, and angle from RF signal benefits of using mmWave Radar The signal from mmWave radar is very simple: Apply Fourier Transform to each chirp in a frame. Each frequency corresponds to a specific distance to the object.
radar in comparison to a camera deep learning applications of mmWave radars. This and the next two articles will cover: mmWave radar signal processing - how to get range, doppler, and angle from RF signal benefits of using mmWave Radar The signal from mmWave radar is very simple: Apply Fourier Transform to each chirp in a frame. Each frequency corresponds to a specific distance to the object.
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