An implantable device scans stimulation parameters to optimize diaphragmatic therapy.
Segmented acoustic sensors guide organ-specific sounds to processors, enabling continuous multi-organ health monitoring while managing device complexity.
Automated acoustic cough analysis replaces subjective clinical judgment with objective signal processing to detect severe respiratory illnesses early.
A phased array of acoustic sensors derives a focused phase profile to detect faint steam pops, preventing tissue damage from background noise masking.
Controller generates test sound to measure sensitivity ratio between internal and external microphones for accurate biological sound detection.
Dual ultrasound transducer arrays measure pulse transit time across the brachial artery to estimate blood pressure in a wearable device.