The faculty have a large number of research interest areas. Take a look at some home pages to see what they're up to. Their home pages also often where the syllabi for classes live.
| Faculty | Research Interests | Fall 2009 Office Hours |
|---|---|---|
| David Ackley FEC 349D  |
Artificial life models and real artificial life; current research emphases include software evolvability and evolutionary computing, distributed and social systems, robust self-aware computation, and computer security. | M 4:00pm-5:00pm |
| Dorian Arnold FEC 301F  |
Large scale parallel and distributed systems. System reliability and fault-tolerance. | TR 11:00AM-12:00PM
|
| Patrick Bridges FEC 301B  |
Operating systems and networking custom composition. Projects include IMPuLSE: Integrated Monitoring and Profiling for Large-Scale Environments, configurable high performance operating systems and protocols, core-set: shared network services for clusters, K42 research with IBM/Watson as part of the PERCS contract, Cholla, Cactus and CTP | TWR 2:00PM-3:00PM |
| Jed Crandall FEC 335  |
Computer security, architectural support for systems security, behavior-based malware analysis, polymorphic and metamorphic worms and viruses, dynamic information flow tracking, and conceptual modeling and Internet measurement related to government censorship. | M 3:00PM-4:00PM |
| Stephanie Forrest Department Chairman FEC 107  |
Biology and computation, including biologically inspired approaches to computer security, computational modeling of biological systems (immunology, cancer, and evolution), computer immunology, and evolutionary computation. | W 10:00AM – 12:00PM
|
| Tom Hayes FEC 149  |
Randomized algorithms for decision-making in complex systems | M 2:00PM-2:50PM |
| Wenbo He FEC 123  |
Pervasive and ubiquitous computing, cyber trust & security, and disruption tolerant networking. | TR 10:00AM-11:30AM |
| Deepak Kapur FEC 339  |
Automated reasoning, term rewriting, formal methods, programming languages, algebraic and geometric reasoning, and their applications in computer vision and solid modeling, elimination methods, constraint solving, and distributed, concurrent and real time systems. | TF 4:00PM-5:00PM |
| Joe Kniss FEC 301G/ECE 218  |
Computer Graphics, Scientific Visualization, Pattern Recognition and Classification, Medical Imaging, Parallel and Stream Computing, Sensitivity and Uncertainty Analysis, Decision Making | TR 2:00PM-4:00PM |
| Terran Lane FEC 325  |
Machine learning, including applications to bioinformatics, information security, user and cognitive modeling, and neuroimaging; reinforcement learning, behavior, and control; artificial intelligence in general | TR 12:15PM-1:00PM |
| Shuang (Sean) Luan FEC 151  |
Computational medicine and biomedical engineering, algorithms design, analysis and implementation, and computational geometry. Current research emphasizes the design and development of efficient and effective computer algorithms and software for radiation oncology. | TR 2:00PM-3:00PM |
| George F. Luger Associate Chair FEC 107  |
Artificial intelligence, techniques in stochastic modeling, diagnostic reasoning, cognitive science, computational linguistics | TR 1:30PM-3:30PM |
| Cris Moore FEC 155  |
Phase transitions in NP-complete problems, quantum computation, computational complexity in statistical physics, analog computation, dynamical systems, cellular automata, recurrent neural networks, algebraic circuits, non-associative algebras (quasigroups and loops), glassy systems and slow relaxation, spin systems, potts models, random tilings, social networks, "small worlds," monte carlo algorithms, combinatorial games, etc. |
|
| Melanie Moses FEC 327  |
I use theory originally developed to explain the scaling properties of biological networks to understand scaling properties of other networks used for transporting materials and communicating information. I focus on multi-agent systems, for example, ant colonies, the adaptive immune system and the Internet, and investigate how the number of agents affects the flow of information and materials through the system. | R 1:00PM-3:00PM |
| Jared Saia FEC 301H  |
Jared's broad research interests are in theory and algorithms with specific interests in probability, randomized and distributed algorithms, graph theory, and spectral methods. A strong current interest is designing randomized algorithms that are provably robust against a computationally unbounded adversary. | MW 11:00AM-12:00pm |
| Darko Stefanovic FEC 345C  |
Memory management and garbage collection; Java virtual machine run-time systems and compilation; computer security; molecular logic gates and circuits; molecular automata; oligonucleotide libraries; microfluidic mixing; microfluidic molecular computing; molecular cybernetics. | T 10:00AM-11:00AM |
| Lance R. Williams FEC 349C  |
Computer vision and graphics, neural computation, digital image processing | M 3:00PM-5:00PM |
| Name | Office | Fall 2009 Office Hours |
| Andree Jacobson FEC 319  |
Senior Lecturer | M 2:30PM-5:00PM TR 3:30PM-5:00PM |
| Joel Castellanos FEC 321  Research Interests: Educational Software for the Mathematical Sciences at the Elementary, High School, and University level, Computer Graphics, Scientific Visualization, and Modeling of Natural and Abstract Systems. |
Lecturer | TR 11:00AM-12:30PM
|
| Steve Peralta CENT 2080 |
Lecturer | M 10:30AM-12:30PM W 2:00PM-4:00PM |
Ed Angel
Stoughton Bell
Charles P. Crowley
John Brayer
Edgar Gilbert
Harold Knudsen
Paul Helman
Bernard Moret
Henry D. Shapiro
Brian T. Smith
Patricia Stans
Bob Veroff
Tom Caudell — University of New Mexico (EECE)
David D. Grisham — University Hospital
Gregory Heileman — University of New Mexico (EECE)
Bruce Hendrickson — Sandia National Laboratory
William McCune — Downers Grove, IL
Ronald Minnich — Los Alamos National Laboratory
Rodney Oldehoeft — Los Alamos National Laboratory
Pradeep Sen — University of New Mexico (EECE) — Research Interests: computer graphics, computer vision
Neil Pundit — Sandia National Laboratory
Akaysha Tang — University of New Mexico (Psychology)
Tandy Warnow — University of Texas at Austin
(See also: Post Docs)
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