A multi-sensor array detects transmitted measurement light to analyze rectilinearity and optical distance within living tissue.
Frequency-modulated continuous-wave near-infrared spectroscopy measures time-resolved reflectance of light signals from maternal-fetal tissue structures.
A sensor-equipped oral care device analyzes signals to dynamically adjust cleaning parameters for personalized hygiene.
Segmenting excitation and ablation functions allows the probe to detect stones at safe energy levels, preventing tissue damage during lithotripsy.
Combining minimally processed optical data from multiple body sites improves measurement accuracy and reduces noise associated with single-site monitoring.