Dual-Sensor Heat Flux Thermistors: Negating Ambient Temperature Distortions in Skin

Biometrics Nocturnal skin temperature shifts signal immune system activation before symptoms manifest. However, ambient air currents disrupt surface contact thermistors. EIP mathematically analyzed core heat-flux computational models embedded within advanced smart rings. Implementing dual-sensor NTC arrays matched to quadratic environmental compensation equations, the rings maintained immaculate core body derivations under a sudden 10°C laboratory ambient temperature drop.