Abe, Naoki |
IBM Research |
Machine learning, data science and applications |
|
Abello, James |
Rutgers University - Computer Science |
Discrete and computational geometry and applications; very large graph theory; visualization and animation. |
|
Aho, Alfred |
Columbia University |
Algorithms, compilers, database systems and programming tools. |
|
Alizadeh, Farid |
Rutgers University - RUTCOR/Rutgers Business School |
Convex optimization, combinatorial optimization, statistical learning theory. |
Executive Committee |
Allender, Eric |
Rutgers University - Computer Science |
Computational complexity theory. |
|
Alur, Rajeev |
Other |
Foundations for modeling and verification of embedded systems, distributed computing, logic and automata theory. |
|
Amdeberhan, Tewodros |
Other |
Combinatorics, Number Theory, Special Functions, Partial Differential Equations, Computer Algebra, Algorithmic Proof Theory, Harmonic Analysis. |
|
Andoni, Alexandr |
Columbia University |
Algorithmic foundations of massive data, including sublinear algorithms, high-dimensional geometry, theoretical machine learning |
Executive Committee |
Andrews, Matthew |
Nokia Bell Labs |
Simulators for disk drive scheduling and ATM private network-network interface routing. |
|
Anshelevich, Elliot |
Rennselaer Polytechnic Institute |
Algorithms and theoretical computer science, especially issues at the intersection of economics and computation. |
Executive Committee |
Applegate, David |
Other |
Large-scale combinatorial optimization problems, in particular focusing on network design and optimization, and on the traveling salesman problem. |
|
Apte, Chidanand (Chid) |
IBM Research |
Data science and predictive analytics. |
Executive Committee |
Archer, Aaron |
Other |
Discrete (combinatorial) optimization and algorithmic game theory: approximation algorithms, algorithmic mechanism design, graph algorithms, network flows, online algorithms, and applications of combinatorial optimization in other fields, such as facility location problems, vehicle routing, and graph partitioning problems motivated by machine vision and web applications. |
|
Arora, Sanjeev |
Princeton University - Computer Science |
Complexity theory; probabilistically checkable proofs; approximation algorithms; computational uses of randomness. |
|
Ashikhmin, Alexei |
Nokia Bell Labs |
Coding Theory, Information Theory, Combinatorics, Quantum Information Theory |
|
Assadi, Sepehr |
Rutgers University - Computer Science |
Theory of computing, algorithms, sublinear algorithms and lower bounds, combinatorial optimization |
|
Awasthi, Pranjal |
Rutgers University - Computer Science |
Machine learning and theoretical computer science |
|
Axelrod, David |
Rutgers University - Other |
Cellular and molecular oncology; tumor cell heterogeneity; tumor progression; cell population dynamics; computer-aided diagnosis of human breast cancer by image cytometry. |
|
Bader, David |
New Jersey Institute of Technology |
High-performance computing and real-world applications, including cybersecurity, massive-scale analytics, and computational genomics. |
|
Bajwa, Waheed U. |
Rutgers University - Electrical and Computer Engineering |
"High-dimensional inference and inverse problems, geometrical methods for ""big data"" analytics, sampling theory, statistical signal processing, machine learning, wireless communications, and applications in biological sciences, complex networked systems, and radar & image processing." |
|
Barahona, Francisco |
IBM Research |
Combinatorial Optimization, Integer programming, Mathematical programming. |
|
Barg, Alexander |
Other |
Coding theory; combinatorics; finite algebra; computer science. |
|
Baryshnikov, Yuliy |
Other |
Probability theory and applications; mathematical economics and operations research; singularities, low-dimenstional topology; dynamical systems |
|
Basu Roy, Senjuti |
New Jersey Institute of Technology |
Search, navigation and analytics over big data, crowdsourcing, health informatics, graph mining, and social network analysis |
|
Baykal-Gursoy, Melike |
Rutgers University - Other |
Stochastic processes, Markov decision processes (MDPs), stochastic games, and their application to stochastic modeling and control of networks and production / inventory systems |
|
Beck, Jozsef |
Rutgers University - Mathematics |
Combinatorics; combinatorial games; number theory. |
|
Bekris, Kostas |
Rutgers University - Computer Science |
Robotics, motion planning, computer vision, machine learning, artificial intelligence |
|
Bellovin, Steve |
Columbia University |
security; networks; privacy; public policy. |
|
Ben-Israel, Adi |
Rutgers University - RUTCOR/Rutgers Business School |
Matrix theory; convexity and optimization; mathematical programming; mathematical economics. |
|
Benhamouda, Fabrice |
IBM Research |
Cryptography and computer security |
|
Bentley, Jon |
Other |
Experimental algorithms. |
|
Bernstein, Aaron |
Rutgers University - Computer Science |
Design and analysis of algorithms, including sublinear algorithms for processing large inputs (e.g. streaming, parallel), dynamic graph algorithms, online algorithms, distributed algorithms, fault-tolerant algorithms, and approximation algorithms |
|
Berry, Jonathan |
Other |
Experimental algorithmics, software systems for discrete mathematics. |
|
Bhatt, Sandeep |
Other |
Enterprise security management, algorithms. |
|
Bienstock, Dan |
Columbia University |
Mathematical Programming; Optimization. |
|
Bishop, Allison |
Columbia University |
Cryptography; complexity theory; harmonic analysis; combinatorics; and distributed computing. |
|
Blei, David |
Columbia University |
Machine learning, graphical models, bayesian statistics, text analysis. |
|
Bombieri, Enrico |
Other |
Number Theory. |
|
Borcea, Cristian |
New Jersey Institute of Technology |
Mobile computing & sensing; vehicular computing & networks; cloud & distributed systems, and computational advertising |
|
Borgida, Alexander |
Rutgers University - Computer Science |
Knowledge representation and reasoning (description logics; knowledge import; similarity; explanation); conceptual modeling, esp. for requirements specification, and database design and integration. |
|
Borgs, Christian |
Other |
Graph theory and networks, phase transitions in combinatorial optimization, game theoretic models. |
|
Boros, Endre |
Rutgers University - RUTCOR/Rutgers Business School |
Discrete and combinatorial optimization; finite geometries. |
Executive Committee |
Borst, Sem C. |
Nokia Bell Labs |
Performance evaluation, queueing theory, resource allocation, stochastic networks,wireless communications |
|
Braverman, Mark |
Princeton University - Computer Science |
Complexity theory, algorithms, game theory, machine learning, and applications of computer science in healthcare and medicine. |
Executive Committee |
Buchsbaum, Adam L. |
Other |
Algorithms; data structures; financial trading; graph problems; massive data sets; compression; combinatorics. |
|
Bumby, Richard |
Rutgers University - Mathematics |
Number theory. |
|
Calderbank, Robert |
Other |
Coding theory. |
|
Calvin, James M. |
New Jersey Institute of Technology |
Global optimization, multi-objective optimization, information-based complexity |
|
Carbone, Lisa J. |
Rutgers University - Mathematics |
Geometric group theory, discrete groups, group actions on trees, combinatorics for problems in algebra, algebra, Kac-Moody groups. |
|
Carpenter, Tamra |
Rutgers University - DIMACS |
Optimization and its applications, decision-making under uncertainty, education in computational thinking. |
Staff, Faculty, Executive Committee |
Centeno, Ana Paula |
Rutgers University - Computer Science |
computer science education, particularly the impact of current CS education practices on minority populations in the field; management of power, energy and temperature in data centers; optimization |
Executive Committee |
Chaintreau, Augustin |
Columbia University |
Networked Algorithms; Social Networks; Mobile Computing; Stochastic Networks. |
|
Chang, Shih-Fu |
Columbia University |
Multimedia, computer vision; machine learning; information retrieval; signal processing. |
|
Chaovalitwongse, Wanpracha |
Other |
Optimization, data mining, biomedical applications, brain research and other complex systens |
|
Charikar, Moses |
Other |
Design and analysis of algorithms, with an emphasis on approximation and on-line algorithms. Combinatorial optimization, network design, scheduling, clustering, information retrieval and data mining. |
|
Chaudhary, Sunita |
Rutgers University - Cancer Institute of New Jersey |
cancer research training and education |
Executive Committee |
Chayes, Jennifer |
Other |
Graph theory and networks, phase transitions in combinatorial optimization, game theory and auction algorithms. |
|
Chazelle, Bernard |
Princeton University - Computer Science |
Sublinear algorithms; computational geometry; data structures. |
|
Chekuri, Chandra |
Other |
Algorithms, combinatorial optimization, approximation algorithms, scheduling. |
|
Chen, Rong |
Rutgers University - Statistics |
Nonlinear and nonparametric time series analysis, Monte Carlo methods, massive data set, statistical applications to finance, business and bioinformatics |
|
Chen, Xi |
Columbia University |
Algorithmic Game Theory and Economics; Complexity Theory. |
|
Chen, Yingying |
Rutgers University - Electrical and Computer Engineering |
Mobile Healthcare, Internet of Things (IoT), Cyber Security and Privacy, Connected Vehicles, Mobile Computing and Sensing. |
|
Cherlin, Gregory |
Rutgers University - Mathematics |
Logic; model theory; model theoretic algebra. |
|
Chung, Fan |
Other |
Spectral graph theory, discrete geometry, algorithmic design, parallel computation, software reliability, communication systems, and internet computing. |
|
Chvatal, Vasek |
Other |
Algorithms; combinatorics; graph theory; operations research. |
|
Clarkson, Ken |
IBM Research |
Algorithms and data structures, especially for geometric or matrix problems. |
|
Coffman, Edward |
Columbia University |
Combinatorial scheduling and packing theory; probabilistic analysis of algorithms; stochastic modeling; stochastic optimization. |
|
Compagnoni, Adriana |
Stevens Institute of Technology |
Language-based security, secure information flow analysis, mobile access control, and concurrency. |
|
Cook, William |
Other |
Integer programming and combinatorial optimization. |
|
Cormode, Graham |
Other |
Streaming algorithms, big data, privacy, data analytics, data mining. |
|
Cozzens, Margaret |
Rutgers University - DIMACS |
Discrete mathematical modeling, graph theory, game theory, mathematical psychology, network vulnerability, operations research, technology, mathematics and science education |
Staff, Faculty, Executive Committee |
Cuello, William |
Rutgers University - Mathematics |
|
|
Curtmola, Reza |
New Jersey Institute of Technology |
Cybersecurity |
|
Dana, Kristin |
Rutgers University - Electrical and Computer Engineering |
Computer Vision, Pattern Recognition, Machine Learning, Convex Optimization, Novel Cameras, Camera Networks, Computer Graphics, Robotics, Computational Photography, Optics. |
|
Dash, Sanjeeb |
IBM Research |
Discrete Optimization; Integer Programming; Linear and Semidefinite Optimization; Polynomial Optimization; Mathematical Programming software. |
|
De Bellis, Valerie |
Other |
Mathematics education; interactions between affect and cognition during mathematical problem solving. |
|
De, Subhajyoti |
Rutgers University - Cancer Institute of New Jersey |
Computational biology |
|
DeMillo, Richard |
Georgia Institute of Technology |
Software reliability; security. |
|
Di Crescenzo, Giovanni |
Perspecta Labs |
Cryptography; security; computational complexity;mathematical finance. |
Executive Committee |
Ding, Xiaoning |
New Jersey Institute of Technology |
Computer Systems, Cloud Computing and Distributed Computing, Database Systems, and Computer Architecture |
|
Dobkin, David |
Princeton University - Computer Science |
Graphics; analysis of algorithms; geometry. |
|
Drineas, Petros |
Other |
Design and analysis of randomized and approximation algorithms for linear algebraic problems and their applications to data mining |
|
Duffield, Nick |
Other |
Applied probability; queueing; telecommunications; statistical mechanics. |
|
Dvir, Zeev |
Princeton University - Computer Science |
Computational complexity, pseudo-randomness, coding theory and discrete mathematics. |
|
Eckstein, Jonathan |
Rutgers University - RUTCOR/Rutgers Business School |
Integer programming, linear programming, nonlinear programming, operations research, operations management, application of operations research techniques to managing information systems. Applications of convex analysis. |
|
Egan, Dennis |
Rutgers University - DIMACS |
Data Analytics, Data Analysis, First Responder Technologies, First Responder Training, Human-Computer Interaction, Cognitive Science. |
Faculty, Executive Committee |
Eiger, Martin |
Perspecta Labs |
Telecommunications network planning and engineering; optimization; scheduling algorithms. |
|
El Rouayheb, Salim |
Rutgers University - Electrical and Computer Engineering |
Information theoretic security in distributed systems; Private information retrieval and search; Secure machine learning algorithms; Data synchronization in distributed systems |
Executive Committee |
Elsayed, Elsayed A. |
Rutgers University - Other |
Quality and reliability engineering, sensors and production planning and control. |
|
Erickson, John |
Rennselaer Polytechnic Institute |
Policy-based digital asset management, digital object repository architectures, distributed architectures for long-term preservation, digital rights management |
|
Etessami, Kousha |
Other |
Automated verification; model checking; modeling and algorithmic analysis of reactive systems; temporal logic & automata; algorithms & computational complexity; probabilistic systems; game theory; logic. |
|
Faenza, Yuri |
Columbia University |
Discrete Optimization, Combinatorial Optimization, Integer and Mathematical Programming, Operations Research, Polyhedral Combinatorics. |
|
Fagin, Ronald |
IBM Research |
Applications of logic to computer science; Database theory;Finite model theory; Rank and score aggregation; Reasoning about knowledge. |
|
Farach-Colton, Martin |
Rutgers University - Computer Science |
Algorithms; computational molecular biology. |
|
Fefferman, Nina |
Other |
Evolutionary Sociobiology, conservation medicine, epidemic preparedness, disease surveillance, behavioral epidemiology, dynamic social networks |
|
Feigenbaum, Joan |
Other |
Theory of computation, foundations of electronic commerce. |
|
Fiorini, Eugene |
Other |
Graph theory, concentrating in extremal graph theory; statistics, (with a growing interest in its applications to forensics); math education with interests in applications-based instruction, teacher preparation and professional development programs, service learning, and lesson study |
|
Fortnow, Lance Jeremy |
Other |
Computational complexity theory; bounded rationality in game theory; cryptography; learning theory. |
|
Fortune, Steven |
Other |
Computational geometry. |
|
Fredman, Michael |
Rutgers University - Computer Science |
Data structures and algorithms; computational complexity. |
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