Smart Ring Biochemical Sensor Simulator

Microfluidic Delay 180 s Capillary Transit Lag
Peak Electrode Current 420.5 nA Chronoamperometric Output
Signal-to-Noise Ratio 18.4 dB Noise Floor Rejection
Reconstructed Accuracy 94.2 % vs Ground Truth Analyte
Microchannel Transit Model
Sweat Gland Inlet Electrode Capillary Micro-Chamber Volume
Physics & Biochemical Principles
Fick's Diffusion Law: Microfluidic transport delay $\tau = \frac{V_c}{Q_s} + \frac{d^2}{2D}$ depends directly on sweat secretion rate ($Q_s$) and channel depth ($d$).
Michaelis-Menten Kinetics: Sensor current $I \propto \frac{V_{max} [S]}{K_m + [S]}$ models enzyme saturation limits at high analyte levels.
Motion Artifact Rejection: High-frequency impedance fluctuations caused by finger motion are filtered using adaptive state space estimation.
Smart Ring Bio-Chemical Sensor Signal Simulator
HIIT Preset Loaded: True concentration peak (12.5 mM) triggers chronoamperometric sensor lag of 180s with 18.4 dB SNR.
94.2% ACC
Enjoy this tool? Build your own with Super