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🧪 Medical Advanced Wearable Medical Devices Simulation

Interactive 3D simulation of a wearable bioimpedance breathing monitor: watch a chest-strap sensor inject a tiny AC current, extract a respiration waveform from thoracic impedance changes, and see how motion artifact and apnea events fool (or don't fool) the detection algorithm.

Medical Technology & Imaging Physics2DModerate60 FPS📱 Mobile-adapted

Modern chest-strap and ECG-patch wearables often track breathing without any moving parts at all, using bioimpedance: a harmless AC current is injected between two skin electrodes, and the body's electrical impedance rises and falls as the lungs fill with poorly-conducting air. This simulation renders a breathing 3D torso with an animated lung volume, two sensing electrodes and the current path between them, then runs the same two-stage filter-and-peak-detect pipeline a real wearable uses to turn that noisy impedance trace into a breaths-per-minute reading. Dial in the patient's respiratory rate and tidal depth, add motion artifact to see the algorithm start to misfire, or trigger a 12-second apnea event and watch the alarm logic catch a real cessation of breathing.

⚙ Under the hood

This simulation demonstrates how wearable medical devices can be used for continuous patient monitoring and data collection. It explores the integration of sensors and analytics in healthcare.

Wearable DevicesSensor DataBiometric Analysis

2D · HTML5 Canvas 2D · 60 FPS target · runs fully client-side, no install