Associate Professor Yury Polyanskiy is working to keep data flowing as the “internet of things” becomes a reality.

An advanced wireless technology can monitor health indicators such as blood pressure using microsensors tiny enough to be injected under the skin.

Device may enable “T-ray vision” and better wireless communication.

In-band full-duplex techniques applied to a phased-array antenna may provide a tenfold speedup in data transmit and receive rates while supporting a rapidly increasing number of wireless devices.

New method from MIT’s research enterprise in Singapore paves the way for improved optoelectronic and 5G devices.

Connected devices can now share position information, even in noisy, GPS-denied areas.

RFID-based devices work in indoor and outdoor lighting conditions, and communicate at greater distances.

Submerged system uses the vibration of “piezoelectric” materials to generate power and send and receive data.

Along with studying theory, "it's also important to me that the work we are doing will help to solve real-world problems,” says LIDS student Omer Tanovic.

In some cases, radio frequency signals may be more useful for caregivers than cameras or other data-collection methods.