Diagnostics Using Spectroscopy TRIZ Cases
- Adaptive NIRS Bladder Monitor for Individual Anatomy
Dynamic signal adaptation resolves measurement inaccuracies caused by individual anatomical variations in non-invasive bladder monitoring.
- Optical Impairment Detection Using Reference Reflectors
A single multi-spectral sensor captures reflected light signals from a person and a reference reflector to determine impairment levels.
- Neuroimaging Optical Element Alignment via Iterative Adjustment
Iterative adjustment of scalp optical elements improves signal-to-noise ratio for brain tissue analysis.
- SWIR Imaging for Burn Depth Assessment
Short wave infrared imaging detects tissue moisture levels to differentiate burn depths.
- Infrared Spectrometer Blood Analysis Using Absorbent Paper
Absorbent paper supports allow infrared spectrometers to analyze dried blood samples, resolving liquid handling limitations and reducing laboratory costs.
- Silicon Photomultiplier Calibration for Portable FD-DOS Systems
Replacing bulky high-voltage modules with low-voltage silicon photomultipliers reduces device footprint while maintaining detection sensitivity.
- HMM-Based Adaptive Spectrogram Tracking for Heart Rate Monitoring
Hidden Markov Model filters motion artifacts from spectrogram data, achieving 15% accuracy improvement.