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| FACULTY | TITLE | DEPARTMENT | RESEARCH AREA |
Bader, David
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Associate Professor Executive Director of High-Performance Computing |
College of Computing | High-performance computing for computational biology, parallel algorithms, bioinformatics, phylogeny reconstruction, epidemiology, protein-protein interaction networks, and large-scale graph analysis. |
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Regents' Professor, Director | School of Biology and Biomedical Engineering | DNA and protien sequence analysys:
gene transfer, molecular evolution, applications
of information theory, hidden Markov models,
Markov chain Monte-Carlo methods (Click for lab web site) |
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Regents' Professor School of Mathematics* |
School of Mathematics* School of Biology^ |
Compex Systems: evolution of complex systems, stochastic processes, inverse problems, dynamics of spatially extended systems, mathematical biology, bioinformatics, and neuroscience |
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Professor, Georgia Tech Research Alliance Eminent Scholar in Structural Biology | School of Biology | Macromolecular structure and dynamics and the relationship of these to biological function. Structure-function relationships in the ribosome. Lipproteins and atheroschlerosis. Viral assembly. |
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Assistant Professor | School of Mathematics | Discrete mathematical biology, combinatorics on words, and string algorithms. Design, analysis, and prediction of RNA secondary structures and DNA code words. Sequence / structure / function relationships for RNA viral genomes. |
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Associate Professor | School of Biology | Genome evolution, transposable elements, gene regulation and expression, non-coding RNAs, convergent evolution |
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Assistant Professor | The Wallace H. Coulter Department of Biomedical Engineering at the Georgia Institute of Technology & Emory University | Signal transduction network inference, post-translational thiol modifications, nonlinear dynamics of biochemical systems. |
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Associate Professor |
School of Industrial and Systems Engineering | Biomedical informatics, modeling and computing. Machine learning and pattern recognition approaches to medial diagnosis/clinical data analysis. Genomic pattern recognition and prediction of function regions. Combinatorial approach and fast heuristics for DNA sequencing and multiple alignment problems |
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Professor | College of Computing | Database design, modeling and integration: genomic data management, intelligent information retrieval, data mining and warehousing, web-based knowledge warehouses and mobile database synchronization |
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Assistant Professor | College of Computing | Sampling techniques for problems arising in computer science and statistical physics. Designed the first provably efficient sampling algorithms for problems including Ising models, self-avoiding walks and dimmer systems. |
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Assistant Professor | School of Biology | Structure and function of eukaryotic membrane proteins; two-dimensional crystallization; electron crystallography; electron cryo-microscopy (cryo-EM) |
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Professor | School of Chemistry & Biochemistry and College of Computing | Benchmark-quality quantum computations on prototypes of noncovalent interactions, particularly pi-pi interactions, including substituent effects. Comparison of potential energy landscapes for model interactions with frequency of contacts in the PDB. |
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Professor, Georgia Research Alliance Eminent Scholar in Computational Biology Director, Center for the Study of Systems Biology | School of Biology | Prediction of protein structure and function from sequence; prediction of protein tertiary and quaternary structure and folding pathways; prediction of small molecule ligands for drug discovery, prediction of druggable protein targets, equilibrium and dynamic properties of lipid bilayers; simulation of virus coat protein assembly; functional genomics; automatic assignment of enzymes to metabolic pathways (Click for Center for the Study of Systems Biology web site) |
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Chair Professor | School of Biomedical Engineering | Biomedical engineering: computer vision, image
processing, biomolecular imaging (Click for lab web site) |
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Professor | School of Industrial and Systems Engineering | Research Interests: Wavelets; Statistical analysis of high frequency data; Random Processes that scale, Long Range Dependence; Multifractality, Bayesian statistical modeling, Nonparametric statistical inference. |
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Associate Professor | College of Computing | Research Interests: Randomized Algorithms, especially Markov Chain Monte Carlo Methods; Statistical Physics; Analysis of Markov chain models arising in Evolutionary Biology |
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Professor and Eminent Scholar in Biological Systems | Department of Biomedical Engineering | Research Interests: Biomedical Systems Analysis, Mathematical Modeling and Simulation, Metabolic Pathways and Networks, Multi-level Assessments of Biological Complexity, S-systems |
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Assistant Professor | School of Biomedical Engineering | Research Interests: Medical informatics and bioimaging, developing diverse biomedical data analysis, modeling, interpretation algorithms and management infrastructure for disease detection, treatment, and drug discovery. |
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Professor | School ofMathematics | Nonlinear dynamics: population biology/ecology, spatial models of infectious diseases, agent-based models, symbolic dynamics, wavelets |
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Assistant Professor | School of Biology | Theoretical ecology; bacterial viruses; microbial communities; biological networks; vascular plants; scaling laws; disease dynamics; interacting particle systems; adaptive dynamics. |
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Assistant Professor | School of Biology | Research Interests: Comparative Genomics, Molecular Evolution, Bioinformatics, Population Genetics |