Physiological feedback and circadian timing tailor vibratory sleep stimulation to shorten sleep onset latency and reduce insomnia.
Acoustic reflections and resonance identify conduit length and diameter without disturbing sleep, enabling respiratory therapy settings to adapt in real time.
Real-time physiological sensing lets a PAP system titrate pressure at home, improving apnea treatment accuracy without fixed clinical settings.
Magnetic coupling and ceramic contact surfaces help an implantable heart compression system reduce wear, maintenance, and long-term strain.
Wearable-driven circadian data lets an aircraft suite adjust lighting, climate, and seating to reduce jet lag and improve sleep.
Detected respiratory drive guides flow assist, CO2 dilution, and abdominal unloading to maintain ventilation while limiting lung pressure.
Masks a partner's breathing noise by identifying its source and adjusting masking sound to sleep stage, reducing unnecessary sound exposure.
Zero-flow pump control enables heart recovery assessment while limiting regurgitation, thrombus risk, and overload during explantation.