|
|
Date | Author | Title | Department | Publication Type |
| 1 |
 | 2016 | Lee, William | Achieving backend robustness for timed asynchronous circuits | Electrical & Computer Engineering | dissertation |
| 2 |
 | 2016 | Haddadin, Tarek M. | Channel and noise variance estimation in a spread spectrum communication system | Electrical & Computer Engineering | thesis |
| 3 |
 | 2016 | Wang, Peng | Computational diffractive optics for imaging and nonimaging applications | Electrical & Computer Engineering | dissertation |
| 4 |
 | 2016 | Jones, Cory | Connectomics: a semiautomatic approach | Electrical & Computer Engineering | dissertation |
| 5 |
 | 2016 | Takur, Dheeraj singh | Design and integration of high speed relative timed network-on-chip routers | Electrical & Computer Engineering | thesis |
| 6 |
 | 2016 | Brown, Steven M. | Designing a high-speed low-cost electrical impedance tomography data acquisition system using commercial off-the-shelf components | Electrical & Computer Engineering | thesis |
| 7 |
 | 2016 | Yuan, Wen | Digital CMOS RF power amplifiers | Electrical & Computer Engineering | dissertation |
| 8 |
 | 2016 | Mou, Nurunnahar islam | Experimental and simulation study of gate controlled resistance switching memory | Electrical & Computer Engineering | thesis |
| 9 |
 | 2016 | Sinha, Kushagra | Forty femtotesla microelectromechanical systems (MEMS) magnetometer for brain imaging | Electrical & Computer Engineering | thesis |
| 10 |
 | 2016 | Fawole, Olutosin Charles | Microfabricated circuits for terahertz wave amplification and terahertz biosensors | Electrical & Computer Engineering | dissertation |
| 11 |
 | 2016 | Liu, Shuchang | New materials and structures for terahertz plasmonic applications | Electrical & Computer Engineering | dissertation |
| 12 |
 | 2016 | Schlitt, Lawrence M. | Thermal characterization abstraction for integrated optoelectronics | Electrical & Computer Engineering | thesis |
| 13 |
 | 2016-05 | Zhang, Zhen | Verification methodologies for fault-tolerant network-on-chip systems | Electrical & Computer Engineering | dissertation |
