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Author | Title | Subject | Date | Publication Type |
1 |
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Christensen, David Brent | Acoustic Power Transfer Systems for Implantable Medical Devices: Modeling Technique and Analysis | Acoustics; Mechanical engineering; Electrical engineering | 2017 | dissertation |
2 |
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Son, Jiyoung | Active sperm separation technique using an inertial microfluidic device | Bioengineering; Engineering; Electrical engineering | 2017 | dissertation |
3 |
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Rodriguez, Erik Saturnino Gamez | Analysis and implementation of spatial filters in the Quasi-Static regime with applications to wireless power transfer | Electrical engineering; Electromagnetics | 2017 | dissertation |
4 |
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Likhite, Devavrat | Challenges in quantitative cardiovascular magnetic resonance perfusion | Computer Engineering; Biomedical engineering; Electrical engineering | 2017 | dissertation |
5 |
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Zhang, Yaqiong | Functionalized single-walled carbon nanotube chemiresistive sensors for vapor detection of explosives and drugs | Nanotechnology; Electrical engineering; Chemistry | 2017 | dissertation |
6 |
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Mohammadabadi, Sayed Mehdi Sajjadi | Improving accuracy of learning models using disjunctive normal form and semisupervised learning | Electrical engineering | 2017 | dissertation |
7 |
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Mohammad, Nabil | Multilevel diffractive optics for broadband applications | Electrical engineering; Optics | 2017 | dissertation |
8 |
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Luong, Anh | Radio frequency sensing networks for localization, synchronization, and health monitoring | Communication; Computer Engineering; Electrical engineering | 2017 | dissertation |
9 |
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Caldwell, Ryan Barclaty | Strategies towards the mitigation of shunting in implanted neural arrays to improve device stability for chronic applications | Neurosciences; Biomedical engineering; Electrical engineering; Physiology; Materials science | 2017 | dissertation |
10 |
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Melville, Joseph | Structural damage detection using dictionary learning | Electrical engineering; Mechanical engineering; Computer science | 2017 | thesis |
11 |
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Hasan, Nazmul | Tunable-focus microfluidic lenses for smart eyeglasses | Ophthalmology; Electrical engineering; Optics | 2017 | dissertation |