A selection of scholarship from Department of Electrical and Computer Engineering faculty members of the School of Engineering and Computer Science at University of the Pacific.

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Submissions from 2003

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Modeling of multiple-quantum-well solar cells including capture, escape, and recombination of photoexcited carriers in quantum wells, Stephen M. Ramey and Rahim Khoie

Submissions from 2002

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Beamspace ESPRIT for multi-source arrival angle estimation employing tapered windows, Cherian P. Mathews and Michael D. Zoltowski

Submissions from 1999

Derivative DFT Beamspace ESPRIT: A high performance closed-form 2-D arrival angle estimation algorithm, Cherian P. Mathews

DSP implementation of an amplitude modulation transmission system: A capstone design approach, Cherian P. Mathews, Adrianne Candia, and Waleed Kader

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FCA-ESPRIT: A closed-form 2-D angle estimation algorithm for filled circular arrays with arbitrary sampling lattices, Javier Ramos, Cherian P. Mathews, and Michael D. Zoltowski

Submissions from 1998

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A study of transconductance degradation in HEMT using a self-consistent Boltzmann-Poisson-Schrödinger solver, Rahim Khoie

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Formulation of a self-consistent model for quantum well pin solar cells: Dark behavior, Stephen M. Ramey and Rahim Khoie

Submissions from 1996

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A Self-Consistent Numerical Method for Simulation of Quantum Transport in High Electron Mobility Transistor; Part II: The Full Quantum Transport, Rahim Khoie

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A Self-Consistent Numerical Method for Simulation of Quantum Transport in High Electron Mobility Transistor; Part I: The Boltzmann-Poisson-Schrodinger Solver, Rahim Khoie

Improved closed-form DOA/frequency estimation via ESPRIT using DFT and derivative DFT beamforming, Cherian P. Mathews

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Performance analysis of closed-form, ESPRIT based 2-D angle estimator for rectangular arrays, Cherian P. Mathews, Martin Haardt, and Michael D. Zoltowski

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Closed-form 2-D angle estimation with rectangular arrays in element space or beamspace via unitary ESPRIT, Michael D. Zoltowski, Martin Haardt, and Cherian P. Mathews

Submissions from 1995

2D unitary ESPRIT for efficient 2D parameter estimation, Martin Haardt, Michael D. Zoltowski, Cherian P. Mathews, and Josef A. Nossek

Computer simulation of quantum transport in high electron mobility transistor part 1: the Boltzmann-Poisson-Schrodinger solver, Rahim Khoie

Computer simulation of quantum transport in high electron mobility transistor part II: the full quantum transport, Rahim Khoie

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Implementation and performance analysis of 2D DFT beamspace ESPRIT, Cherian P. Mathews, Martin Haardt, and Michael D. Zoltowski

Submissions from 1994

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Eigenstructure Techniques for 2-D Angle Estimation with Uniform Circular Arrays, Cherian P. Mathews and Michael D. Zoltowski

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Performance Analysis of the UCA-ESPRIT Algorithm for Circular Ring Arrays, Cherian P. Mathews and Michael D. Zoltowski

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Closed-form 2D angle estimation with rectangular arrays via DFT beamspace ESPRIT+, Michael D. Zoltowski, Martin Haardt, and Cherian P. Mathews

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Real-Time Frequency and 2-D Angle Estimation with Sub-Nyquist Spatio-Temporal Sampling, Michael D. Zoltowski and Cherian P. Mathews

Submissions from 1993

Closed-form 2D angle estimation with uniform circular arrays via phase mode excitation and ESPRIT, Michael D. Zoltowski and Cherian P. Mathews

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Real-time frequency and 2-D angle estimation with sub-Nyquist spatio-temporal samplingt, Michael D. Zoltowski and Cherian P. Mathews

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Beamspace Root-MUSIC for Minimum Redundancy Linear Arrays, Michael D. Zoltowski, Seth D. Silverstein, and Cherian P. Mathews

Submissions from 1992

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Direction finding with circular arrays via phase mode excitation and root-music, Cherian P. Mathews and Michael D. Zoltowski

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Performance analysis of eigenstructure based DOA estimators employing conjugate symmetric beamformers, Michael D. Zoltowski, G. M. Kautz, and Cherian P. Mathews

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Direction finding with uniform circular arrays via phase mode excitation and beamspace root-music, Michael D. Zoltowski and Cherian P. Mathews

Submissions from 1991

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A Two-Dimensional Self-Consistent Numerical Model for High Electron Mobility Transistor, Sze Him Ng, Rahim Khoie, and R. Venkat