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Ben Fitzpatrick - Loyola Marymount University. Los Angeles, CA, US

Ben Fitzpatrick Ben Fitzpatrick

Professor of Mathematics | Loyola Marymount University

Los Angeles, CA, UNITED STATES

Seaver College of Science and Engineering

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Biography

Contact:
Phone: 310.338.7892
Email: Ben.Fitzpatrick@lmu.edu
Office: University Hall 2753
Dr. Ben G. Fitzpatrick is the Clarence J. Wallen, S. J. Professor of Mathematics at Loyola Marymount University. His interests are in applied mathematics. Dr. Fitzpatrick received his Ph.D. and Sc. M. from Brown University in 1988 and 1986, respectively, and his M.P.S. and B.S. from Auburn University in 1983 and 1981, respectively.

Education (3)

Brown University: Ph.D., Applied Mathematics 1988

Auburn University: M.A., Probability and Statistics 1983

Auburn University: B.Sc., Applied Mathematics 1981

Areas of Expertise (7)

Mathematics

Biomathematics

Dynamics and Control

Image Processing

Environmental Modeling

Statistical Analysis

Software Development

Industry Expertise (3)

Research

Computer Software

Education/Learning

Affiliations (1)

  • Tempest Technologies

Articles (6)

Robustness and Performance of Adaptive Suppression of Unknown Periodic Disturbances IEEE Transactions on Automatic Control

2014-12-01

In recent years a class of adaptive schemes has been developed for suppressing periodic disturbance signals with unknown frequencies, phases, and amplitudes. The stability and robustness of these schemes with respect to inevitable unmodeled dynamics and noise disturbances in the absence of persistently exciting signals has not been established despite successful simulation results and implementations.

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Robust noise attenuation under stochastic noises and worst-case unmodelled dynamics International Journal of Systems Science

2014-06-01

This paper investigates noise attenuation problems for systems with unmodelled dynamics and unknown noise characteristics. A unique methodology is introduced that employs signal estimation in one phase, followed by control design for noise rejection.

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Forecasting the effect of the amethyst initiative on college drinking Alcoholism Clinical and Experimental Research

2012-03-01

A number of college presidents have endorsed the Amethyst Initiative, a call to consider lowering the minimum legal drinking age (MLDA). Our objective is to forecast the effect of the Amethyst Initiative on college drinking.

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Convergence and error bounds of adaptive filtering under model structure and regressor uncertainties Journal of Control Theory and Applications

2012-01-01

Adaptive filtering algorithms are investigated when system models are subject to model structure errors and regressor signal perturbations. System models for practical applications are often approximations of high-order or nonlinear systems, introducing model structure uncertainties. Measurement and actuation errors cause signal perturbations, which in turn lead to uncertainties in regressors of adaptive filtering algorithms.

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Agent-Based Modeling of Ecological Niche Theory and Assortative Drinking Journal of Artificial Societies and Social Simulation

2012-01-01

The present paper presents a preliminary approach to the modeling of dynamic properties of the spatial assortment of alcohol outlets using agent based techniques. Individual drinkers and business establishments are the core agent types. Drinkers assort themselves by frequenting establishments due to spatial and social (niche) motivations. We examine a number of questions concerning the feedback relationships between establishments targeting a particular niche clientele and the individuals seeking more desirable places to obtain alcohol.

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Dispersion modeling and simulation in subsurface contaminant transport Mathematical Models and Methods in Applied Sciences

2011-11-01

In this paper, we examine three separate approaches to analyze the spatial dispersion of a subsurface contaminant. These methods are contrasted against traditional models to demonstrate their feasibility and usefulness. Lastly, numerical simulations illustrate the effectiveness of these approaches.

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