Medical

Researchers developed an ion-gated transistor with relatively high transconductance and speed that can be used in analog or digital circuits such as EEG front-end “integrated” circuits.

Using artificial intelligence on voluminous data from controlled lithium-ion battery tests, researchers devised algorithms that assess battery-life expectancy based on early-cycle performance.

By using an array of red and near-infrared LEDs, a research team developed an optically based, non-invasive system for 2D mapping of the blood oxygen saturation across a patient’s skin.

Researchers developed a self-powered, in-situ, biodegradable sensor of fluid flow in blood vessels that combines a capacitive pressure transducer with an RF antenna.

Introducing IoT as a platform and concept has redefined the machine-to-human (M2H) interaction for efficient healthcare facilities—and increased the vulnerability to hackers.

Biosensing has only scratched the surface of its potential. Using non-intrusive, inexpensive sensors as part of a larger information system could be paradigm-changing in terms of consumer wellness.

When prototyping wearable devices used to gather physiological data, this health-sensor platform can save time and money in the process.