Mar 10, 2025  
Undergraduate Catalog 2015-2016 
    
Undergraduate Catalog 2015-2016 [ARCHIVED CATALOG]

Computer Science


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Epstein, Susan L., Professor;  Ph.D., Rutgers;  Problem solving, machine learning, cognitive modeling, knowledge representation, constraint satisfaction programming, bioinformatics.

Mneimneh, Saad, Assistant Professor;  Ph.D., Massachusetts Institute of Technology;  Fast network switches, optical routing, graph problems, and computational biology. 

Sakas, William G., Associate Professor and Chair;  Ph.D., CUNY Graduate Center;  Cognitive science, computational models of language acquisition, computational linguistics.

Schaffer, Cullen, Associate Professor;  Ph.D., Rutgers;  Computation-intensive approaches to data analysis.

Schweitzer, Eric, Lecturer; M.A., SUNY/ Stonybrook; Theory of computation, logics of knowledge and probabilistic reasoning.

Shankar, Subash, Associate Professor;  Ph.D., University of Minnesota;  Software engineering, formal methods, automated reasoning, system modeling, analysis and verification.

Stamos, Ioannis, Associate Professor; Ph.D., Columbia;  Computer vision and computer graphics, range sensing, 3-D modeling; range segmentation, sensor fusion, range-range and range-image registration.

Weiss, Stewart N., Associate Professor;  Ph.D., NYU;  Software testing, analysis verification, reliability theory,  parallel architecture and computing.

Vazquez-Abad, Felisa, Professor; Ph.D., Brown;  Stochastic optimization, modeling and simulation of random processes, statistical estimation of sensitivity for discrete event systems, applied probability, applications of decision making.

Xie, Lei, Associate Professor; Ph.D. Rutgers; Computational techniques to study the structure, function, dynamic, and evolution of molecular interactions. Bridging the basic sciences with clinical research.

Zamfirescu, Christina, Professor;  Ph.D. (Dr. rer. nat.), Technical University of Aachen (Germany);  Graph theory, algorithms on graphs, transformation networks, discrete mathematic, intersection digraphs, evaluating complexity in chemical topology using graph theory. 

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