Pulse-Fi uses a WiFi transmitter and receiver, which runs Pulse-Fi’s signal processing and machine learning algorithm. They ...

Wi-Fi signals and machine learning can noninvasively process heart rate with clinical-level accuracy in under 5 seconds.

A university research team developed a novel technique to measure heart rates using Wi-Fi. According to the University of ...

[Naman Chauhan]’s 2017 Hackaday Prize entry consists of a heartbeat detection and monitoring system that centers around everyone’s favorite WiFi board, the ESP8266. The monitor is hooked up to ...

Heart rate sensor simulation using Python ZOS-API In order to simulate heart rate monitoring, the ZOS-API was used to mimic pulsatile blood flow in the skin layers and examined the detected ...

IoT extends beyond connected devices, serving as powerful tools to address global challenges like climate change and disease management.

Who should monitor their heart rate and rhythm and which device should they use? Find out in an international consensus document published today in EP Europace, a journal of the European Society ...

Harman unveiled a suite of health and safety automotive products at CES, including a driver-monitoring system that measures heart rate.

Reducing power consumption has become a key goal in heart-rate monitor design, in order to extend the wearable device’s useful life between recharges.

Heart rate sensor simulation using Python ZOS-API In order to simulate heart rate monitoring, the ZOS-API was used to mimic pulsatile blood flow in the skin layers and examined the detected ...