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Author | Title | Subject | Date | Publication Type |
1 |
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Lee, William | Achieving backend robustness for timed asynchronous circuits | Applied sciences; Computer Engineering | 2016 | dissertation |
2 |
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Haddadin, Tarek M. | Channel and noise variance estimation in a spread spectrum communication system | Applied sciences; Electrical engineering | 2016 | thesis |
3 |
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Wang, Peng | Computational diffractive optics for imaging and nonimaging applications | Electrical engineering; Optics | 2016 | dissertation |
4 |
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Jones, Cory | Connectomics: a semiautomatic approach | Connectomics | 2016 | dissertation |
5 |
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Takur, Dheeraj singh | Design and integration of high speed relative timed network-on-chip routers | ASYNCHRONOUS; MESH; NETWORK ON CHIP; NoC; RELATIVE TIME; ROUTER | 2016 | thesis |
6 |
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Brown, Steven M. | Designing a high-speed low-cost electrical impedance tomography data acquisition system using commercial off-the-shelf components | Computer Engineering; Electrical Engineering; Applied Sciences | 2016 | thesis |
7 |
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Yuan, Wen | Digital CMOS RF power amplifiers | Electrical engineering; Multimedia Communications | 2016 | dissertation |
8 |
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Mou, Nurunnahar islam | Experimental and simulation study of gate controlled resistance switching memory | Gated memristor; Memristor | 2016 | thesis |
9 |
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Sinha, Kushagra | Forty femtotesla microelectromechanical systems (MEMS) magnetometer for brain imaging | | 2016 | thesis |
10 |
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Fawole, Olutosin Charles | Microfabricated circuits for terahertz wave amplification and terahertz biosensors | Amplifiers; Biosensors; Electromagnetics; Plasma; Terahertz | 2016 | dissertation |
11 |
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Liu, Shuchang | New materials and structures for terahertz plasmonic applications | metamaterials; periodic structures; surface plasmon polaritons; tapered structures; terahertz | 2016 | dissertation |
12 |
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Schlitt, Lawrence M. | Thermal characterization abstraction for integrated optoelectronics | EOIC; Integrated Optics; Integrated Photonics; Optoelectronics; Physical Design Automation | 2016 | thesis |