Dr. Ahmed Louri and his research team have published a conference paper titled: ”Reconfigurable Intra-chip Antenna for Future Wireless Communications,” at the National Academies of...
Dr. Ahmed Louri and his research team have published a conference paper titled: ”Reconfigurable Intra-chip Antenna for Future Wireless Communications,” at the National Academies of...
Dr. Ahmed Louri and his Ph.D. student Hao Zheng has published a journal article titled: “EZ-Pass: An Energy & Performance-Efficient Power-gating Router Architecture for Scalable NoCs,” in...
Building Frameworks for Future Cybersecurity
Professor Tian Lan and his collaborators are working to construct a cybersecurity framework that combines both deliberate reasoning and reflexive thinking to make cyber systems more intelligent.
Drs. Aslani and Dehghanian interviewed by WUSA 9
Following a few recent home fire incidents nationwide, WUSA9 aired a news piece on the hazards caused by plugging space heaters into power strips. As part of the news piece, Drs. Aslani and...
The National Academy of Inventors elects Dr. Zaghloul to the rank of fellow
The National Academy of Inventors (NAI) has elected Dr. Mona Zaghloul to the rank of Fellow. The NAI ...
The group performs electrochemicval LENR experiments, and simulates them using multi-physis software from COMSOL.
Dr. Huang awarded $50K grant from Raytheon
Dr. Howie Huang has been awarded a $50,000 research grant from Raytheon. Leveraging Dr. Huang's recent research in graph analytics and big data, this...
Designing More Efficient and Secure Computers
Professor Guru Prasadh Venkataramani and his research group are working to make computer processors run faster, more power-efficient, and more secure during computing.
Drs. Lan and Venkataramani win the 2017 Hegarty Award for Faculty Innovation
Congratulations to Dr. Tian Lan and Dr. Guru Venkataramani, the 2017 winners of the Hegarty Award for Faculty Innovation. This $10,000 award was created by SEAS alumnus Aran Hegarty (MS ’97) and...
Professor Roger Lang's research team is using a Microwave Radar/Radiometer Remote Sensing System to measure soil moisture.