KEYWORDS: Near infrared spectroscopy, Imaging systems, Light emitting diodes, Design and modelling, Visualization, Temporal resolution, Silicon, Signal to noise ratio, Signal intensity, Power consumption
A wearable and distributed functional near-infrared spectroscopy (fNIRS) system has been developed to facilitate hyperscanning of real-world interactions. This innovative system allows for synchronous measurement, wireless master-slave connections, and reduced power consumption.
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