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We previously proposed in [1] a novel standalone fluorescence measurement device that can identify fluorophore substances in a light conducting environment. In this paper, we adapt this work to the particular problem of predicting blood glucose levels based on near-infrared (NIR) absorption spectroscopy. We have focused this investigation on the combination (5000-4000 cm-1) and first-overtone (6500-5500...
We report on the design and implementation of a fluorescence measurement and analysis device that can identify fluorophore substances. The device performs multi-spectral fluorescence measurements, obtained by exciting the unknown substance with light emitting diodes (LED) whose intensity is CDMA coded for noise rejection. The acquired fluorescence data are processed by a CDMA receiver and a neural...
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