Author | Title | Subject | Date | Publication Type | ||
---|---|---|---|---|---|---|
1 | Wagstaff, Brent Douglas. | Design of an inexpensive take-home recorder for cardiac monitoring. | Self-Help Devices; Health Devices | 1974-07 | thesis | |
2 | Venumbaka, Sri Ramya | Ultrafast nanoelectromechanical switches for VLSI power management | Ultrafast; Nanoelectromechanical switches; VLSI; Very large scale integration; CMOS; NEMS | 2010-08 | thesis | |
3 | Pruss, Tim | Word-level abstraction from combinational circuits using algebraic geometry | Abstraction; Digital Design; Formal Verification; Grobner Basis; Hardware Verification | 2015-08 | dissertation | |
4 | Banerjee, Aishwaryadev | Chemical sensing with nanogap and chemi mechanical devices | 2019 | dissertation | ||
5 | Lv, Jinpeng | Scalable formal verification of finite field arithmetic circuits using computer algebra techniques | Computer Algebra; Cryptography circuits; Equivalence checking; Finite field; Grobner Bases | 2012-12 | dissertation | |
6 | Payal, Shreyas Srikanth | Equalization of distortions in nonlinear audio systems | 2019 | dissertation | ||
7 | Condrat, Christopher | Design automation for integrated optics | Design automation; Integrated optics; Logic synthesis; Photonics; Routing; Thermal aware placement | 2014-08 | dissertation | |
8 | Pryor, Thomas Allan | Automated computer analysis of the electrocardiogram | Electronic digital computers; Electrocardiograph | 1972-06 | dissertation | |
9 | Mao, Xuehong | Statistical joint channel estimation and data detection for multiple antenna wireless communications | Joint channel estimation and data detection; Multiple-input and multiple-output (MIMO); Statistical signal processing | 2013-05 | dissertation | |
10 | Mohammadabadi, Sayed Mehdi Sajjadi | Improving accuracy of learning models using disjunctive normal form and semisupervised learning | Electrical engineering | 2017 | dissertation | |
11 | Azam, Ali | CMOS digital transmitters for emerging applications | 2019 | dissertation | ||
12 | Shen, Bing | Computational silicon nanophotonic design | diffractive optics; nanophotonics | 2017 | dissertation | |
13 | Hedstrom, Jonathan Carl | Achieving near map performance with an excited markov chain monte Carlo MIMO detector | Mathematics; electrical engineering | 2017 | dissertation |