Author | Title | Subject | Date | Publication Type | ||
---|---|---|---|---|---|---|
26 | Pryor, Thomas Allan | Automated computer analysis of the electrocardiogram | Electronic digital computers; Electrocardiograph | 1972-06 | dissertation | |
27 | Batchu, Satish | Automatic extraction of behavioral models from simulations of analog/mixed-signal (AMS) circuits | AMS; Analog/mixed-signal; Modeling; Petri-net; Simulation; Verification | 2011-05 | thesis | |
28 | Lodder, Michael Alan | Biologically motivated predictions for dynamic power in VLSI circuits | Integrated circuits | 2008-12 | thesis | |
29 | Zhu, Daimei | Blind modulation identification of quadrature amplitude modulation (qam) and phase-shift keying (psk) signals in dual-polarized channels | Applied sciences; Blind modulation identification; Gaussian noise; Phase-shirt keying; Quadrature amplitude | 2017 | dissertation | |
30 | Likhite, Devavrat | Challenges in quantitative cardiovascular magnetic resonance perfusion | Computer Engineering; Biomedical engineering; Electrical engineering | 2017 | dissertation | |
31 | Haddadin, Tarek M. | Channel and noise variance estimation in a spread spectrum communication system | Applied sciences; Electrical engineering | 2016 | thesis | |
32 | Wan, Hong | Channel capacity, signaling design, and statistical detection for multiple-antenna channels | Detection; Equalization; MCMC; MIMO; Multiuser; Channel capacity; Signaling design | 2012-05 | dissertation | |
33 | Sabeti, Soroush | Characterization and prediction of guided wave propagation in complex media via compressive sampling in time and space | 2020 | dissertation | ||
34 | Tracey, Keith J | Charge-balanced current driver and electrode characterization for an implantable neural stimulator | Artificial implants; Microelectrodes; Neural stimulation | 2007-09-24 | thesis | |
35 | Banerjee, Aishwaryadev | Chemical sensing with nanogap and chemi mechanical devices | 2019 | dissertation | ||
36 | Azam, Ali | CMOS digital transmitters for emerging applications | 2019 | dissertation | ||
37 | Willis, Bryan Jon | Compact form fitting small antennas using three-dimensional rapid prototyping | Small Antennas; Three-dimensional rapid prototyping | 2012-05 | dissertation | |
38 | Haralson, David Monk | Computation methods for secure energy system operations | 2020 | thesis | ||
39 | Wang, Peng | Computational diffractive optics for imaging and nonimaging applications | Electrical engineering; Optics | 2016 | dissertation | |
40 | Shen, Bing | Computational silicon nanophotonic design | diffractive optics; nanophotonics | 2017 | dissertation | |
41 | Jones, Cory | Connectomics: a semiautomatic approach | Connectomics | 2016 | dissertation | |
42 | Khatami, Roohallah | Continuous-time optimization of power systems operation | 2019 | dissertation | ||
43 | Baesmat, Hana Jannaty | Control of grid-connected doubly-Fed induction generators using complex representations | 2019 | dissertation | ||
44 | Baesmat, Hana Jannaty | Control of grid-connected doubly-Fed induction generators using complex representations | 2019 | dissertation | ||
45 | Myers, Maxwell | Control of inverter-assisted single-phase induction generators | control, induction machine, parameterization | 2012-12 | thesis | |
46 | Gupta, Barun | Controlling propagation properties of surface plasmon polariton at terahertz frequency | Plasmonics; Surface plasmon polarition; Terahertz; Terahertz devices; terahertz Waveguide | 2017 | dissertation | |
47 | Thomson, Lucas R. | Crosstalk and coupling in reflectometry testing of electrical wire faults | Crosstalk; Inductive coupling; Multiconductor; Noncontact; Spread spectrum time domain Reflectometry; Wire fault | 2015-05 | thesis | |
48 | Manthena, Rajakumar Varma | Deep subwavelength patterning via absorbance modulation | Absorbance; AMIL; BTE; Diarylethene; Photochromic; Subwavelength | 2010-08 | thesis | |
49 | Holzer, Kyle David | Design and analysis of increased data rate transmitters optimized for efficiency | 2018 | dissertation | ||
50 | Gudla, Raghu Prasad | Design and implementation of clocked open core protocol interfaces for intellectual property cores and on-chip network fabric | Average power; Energy per transaction; Maximum bandwidth; Area and latency; Domain interface; Back-ends; Front-ends; IP cores; System-on-chip; Network-on-chip; Open core protocol; RTL development; Logic synthesis; APR and testing; Single-frequency clocked domain; Multifrequency clocked domain | 2011-05 | thesis |