Validace radarových senzorů pro detekci spánku

Abstract

This bachelor thesis explores the validation of mmWave radar technology for detecting motion during sleep. As non-contact measurement technologies evolve, UWB radars have emerged as a promising solution for discreetly monitoring sleep by detecting physiological signals. The thesis primarily examines the efficacy of mmWave radar within a controlled environment designed to replicate various sleep scenarios, ensuring an accurate reflection of real-world conditions. It aims to develop a software application that processes radar-generated data for sleep monitoring. Additionally, the study evaluates the radar's precision in identifying sleep-associated movements and breathing rates across a range of experimental setups, encompassing various body positions, distances from the radar, and environmental influences like blanket coverage.