[2] Additional components such as converters, signal processors and other embedded technologies create new use cases and improve performance of the system.
[4] Compared to sensing technologies using other radio frequencies in the electromagnetic spectrum such as infrared or ultra-wideband, mmWave uses 30 to 300 gigahertz (GHz).
[5] mmWave sensing can be used inside vehicles to improve driver and passenger safety and comfort functions.
[6] Notable advantages of using mmWave technology in vehicles revolve around its capability to operate effectively in spaces with low-lighting and limited visibility.
Using mmWave technology is non-intrusive as it does not use cameras or microphones for its applications, and does not require patients to use wearable devices for tracking.