News (created April 15, 2021 1:26pm)

A undle of microwires developed by startup Paradromic to interface directly with the brain. Image: Paradromic
Faculty

Prof. Ken Shepard plans to create a prosthetic restoring sight to those that are blind

Prof. Harish Krishnaswamy
Faculty

Prof. Harish Krishnaswamy Appointed an IEEE SSCS Distinguished Lecturer

A cognitively controlled assistive hearing device can automatically amplify one speaker among many. To do so, a deep neural network automatically separates each of the speakers from the mixture, and compares each speaker with the neural data from the user's brain. The speaker that best matches the neural data is then amplified to assist the user.
Faculty

Cognitive Hearing Aid Filters Out the Noise

Prof. Krishnaswamy
Faculty

Prof. Krishnaswamy is invited to serve on the DARPA MTO Microsystems Exploratory Council (MEC)

Revolutionizing Brain-Computer Interfaces
Faculty

Researchers Revolutionize Brain-Computer Interfaces Using Silicon Electronics

Michal Lipson speaks at Reunion 2017. —Photo by Timothy Lee Photographers
Student and Alumni

Reunion 2017 Showcases Interdisciplinary Research

João P. Cerqueira and Thomas J. Repetti
Student and Alumni

João P. Cerqueira and Thomas J. Repetti earn Qualcomm Innovation Fellowship

2017 Graduate Student Awards
Student and Alumni

2017 Graduate Student Awards

Dr. Jelena Diakonikolas
Student and Alumni

Dr. Jelena Diakonikolas MS’12 PhD’16 Receives Morton B. Friedman Memorial Prize for Excellence

Student and Alumni

EE/CE Career Events!

The New Yorker logo
Faculty

Research by the groups of Professors Kymissis and Zussman discussed in The New Yorker

Student and Alumni

2017 Undergraduate Awards