Digital nanoelectronics

The Digital Nanoelectronics subprogram targets nanoscale integration and ICs. Tolerance to variability is crucial for multi-functional use of ICs and for the needed performance, power efficiency, yield and expected lifetimes of ICs. 3D integration, circuit architecture co-design and stochastic computing are focus points.

The Digital Nanoelectronics subprogram targets nanoscale integration and ICs. Tolerance to variability is crucial for multi-functional use of ICs and for the needed performance, power efficiency, yield and expected lifetimes of ICs. 3D integration, circuit architecture co-design and stochastic computing are focus points.

Involved Lab

Alexios Balatsoukas-Stimming

Signal Processing for Communications Lab

The ubiquity of modern communications systems has revolutionized the way we interact both with other people and with machines