SleepMove is a wireless device that is capable of collecting data from various types of piezoresistive sensors deployed in a network to improve the dynamic range of sensor arrays and satisfy the requirements for feature detection and extraction from the collected neuro-motor signals. The network of extremely thin (1mm) sensors are placed underneath the bedding to allow for a flat and unobtrusive sleep surface. Advanced wireless system design addresses the main challenges that include, sensor sensitivity/selectivity, interference, and most importantly low signal to noise ratios associated with brain research applications. Hardware and software integrate movement and respiration variability using a fast-time, neuro-motor bout detection algorithm. This unit wirelessly transmits the data to the central processing unit that can be placed along-side the patients’ bed.
SleepMove device comprises a suite of algorithms that replicate standard Sleep-Wake measures, i.e. WASO (wake after sleep onset), time in bed, sleep efficiency, number and duration of sleep and arousal events, that have been confirmed with commercial actigraphy, and polysomnography (PSG).