Mili, Ali |
New Jersey Institute of Technology |
Software engineering |
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Minsky, Naftaly |
Rutgers University - Computer Science |
Coordination and control in large, open, and distributed systems |
|
Mischaikow, Konstantin |
Rutgers University - Mathematics |
Topological methods for the analysis of dynamical systems; computational topology and dynamics; mathematical biology |
Executive Committee |
Misra, Vishal |
Columbia University |
Networking, with particular attention to net neutrality and the economics of the Internet; modeling and performance evaluation; information theory. |
|
Mitra, Debasis |
Columbia University |
Stochastic traffic engineering, network economics, and network revenue management |
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Mohajeri, Atefeh |
Nokia Bell Labs |
|
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Monma, Clyde |
Other |
Combinatorial optimization; applications to telecommunications. |
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Musialski, Przem |
New Jersey Institute of Technology |
|
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Muthukrishnan, S. (Muthu) |
Rutgers University - Computer Science |
Algorithms for massive data streams. |
|
Najafizadeh, Laleh |
Rutgers University - Electrical and Computer Engineering |
Cognitive Radio Networks and Spectrum Policy; Radio Resource Management; Network Coding for Wireless Networks. |
|
Namjoshi, Kedar |
Nokia Bell Labs |
Programming methodology, concurrency semantics, program analysis and verification methods, specification logics |
|
Nannicini, Giacomo |
IBM Research |
Mathematical programming, operations research, computational optimization. |
|
Naor, Assaf |
Princeton University - Mathematics |
Analysis; probablility; convex geometry; linear and non-linear geometric Banach space theory; structure theory of discrete metric spaces; applications of the previous to theoretical computer science, combinatorics and mathematical physics |
|
Narain, Sanjai |
Perspecta Labs |
Network security, symbolic logic, programming languages, logic programming |
|
Nath, Badri |
Rutgers University - Computer Science |
Mobile wireless computing, sensor networks designing services for wireless networks. |
|
Naumann, David |
Stevens Institute of Technology |
Semantics and verification, formal methods and security |
|
Naus, Joseph |
Rutgers University - Statistics |
Probabilistic and statistical approaches to looking for unusual clustering of patterns within DNA and protein sequences, and measuring the unusulaness of matching of patterns between multiple DNA sequences. Statistical approaches to data editing, survey sampling, and applied statistics. |
|
Nelson, Christie |
Rutgers University - DIMACS |
Operations Research, Optimization, Linear Programming, Resource Allocation, Machine Learning, Text Mining, Analytics, Security Metrics, Stadium Security Patron Screening, walk-through metal detectors, data analysis and cleaning. |
Faculty |
Ness, Linda |
Rutgers University - DIMACS |
Theory, algorithms, and methodologies for representing, fusing, visualizing, and analyzing data and applications of these to real data sets, complex systems and real-world problems in multiple domain areas; Techniques for automated generation of features grounded in theories for use in machine learning and decision making; Statistics, Mathematics (especially geometry including algebraic and differential geometry), Data science, Computer science; Inter-disciplinary collaborations. |
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Nevill-Manning, Craig |
Other |
Bioinformatics, inferring sequential structure, digital libraries, machine learning and data compression. |
|
Nicolosi, Antonio R. |
Stevens Institute of Technology |
Cryptography; Security and privacy in distributed systems; Lattices and decoding algorithms |
|
Nithi, Karun |
Nokia Bell Labs |
Big Data Analytics; Deep Learning for Image, Text analysis, and non-linear feature extractions for classification systems; Application of graph computations for data analysis and similarity ratings; Wireless network data analysis; GPU algorithms for massive data analysis and graph computations. |
|
Nuzman, Carl |
Nokia Bell Labs |
Probability, optimization, and dynamical systems; applications to optical networking, optical devices, micro electro-mechanical systems, power control, traffic modeling, and digital subscriber line systems. |
Executive Committee |
Odlyzko, Andrew |
Other |
Cryptography; number theory; combinatorics; coding theory; analysis; probability theory. |
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Olson, Wilma |
Rutgers University - Other |
Theoretical and computational studies of the relationship of chemical architecture to the conformation, properties, and interactions of biological macromolecules, with major emphasis on nucleic acids. |
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Onak, Krzysztof |
Other |
My interests include theoretical foundations of algorithms for big data and their applications to AI and machine learning. Among many other things, I have worked on algorithms for modern parallel and distributed frameworks and streaming and sublinear-time algorithms. During my time in industry, I have also contributed to many applied projects by designing and implementing efficient algorithms. |
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Ostrovsky, Rafail |
Other |
Cryptography; computer security; distributed protocols and algorithms. |
|
Papakonstantinou, Periklis |
Rutgers University - Other |
Foundations of Computing, Randomness, Cryptography, Machine Learning, and their intersection with Big Data |
|
Pardalos, Panos |
Other |
Global and combinatorial optimization; biocomputing; massive datasets; data mining; Quantitative Neuroscience. |
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Parida, Laxmi |
IBM Research |
Computational biology and informatics, computer vision, geometric computing, design and analysis algorithms |
|
Pataki, Gabor |
Other |
Convex programming, espeocially its geometry and duality; theoretical and computational integer programming. |
|
Pazour, Jennifer |
Rennselaer Polytechnic Institute |
development and use of mathematical models to guide decision making for logistics and supply chain challenges |
Executive Committee |
Pennock, David |
Rutgers University - DIMACS |
Electronic commerce, artificial intelligence, information markets, auctions, Internet modeling/analysis, recommender systems, machine learning, decision theory, uncertain reasoning, decentralized coordination |
Staff, Faculty, Executive Committee |
Phan, Hai |
New Jersey Institute of Technology |
Privacy and Security, Deep Learning, AI, Big Data, Health Informatics, and Social Network |
|
Pinkas, Benny |
Other |
Cryptography, Privacy, Theory of Computer Science. |
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Pippenger, Nick |
Other |
Computational complexity theory, communication networks, combinatorics, probability theory |
|
Pomerance, Carl |
Other |
Number theory, with applications to cryptography. |
|
Powell, Warren |
Princeton University - Operations Research |
Stochastic optimization, and in particular approximate dynamic programming, and their application to a broad range of stochastic resource allocation problems spanning military and civilian applications from transportation and logistics to social services. Within this setting, research interests include methods for optimal learning, convergence analysis of algorithms, semi-cooperative behavior over networks and knowledge networks. |
|
Rabin, Tal |
IBM Research |
Cryptography and network security |
|
Rajagopal, Gunaretnam |
Other |
Computational & Systems Biology, Statistical & Population genetics and Bioinformatics. |
|
Rajagopalan, Sivaram |
Other |
Cryptography; average-case complexity. |
|
Randall, Dana |
Georgia Institute of Technology |
Randomized algorithms, Markov chain Monte Carlo, computational problems from statistical physics, combinatorics |
Executive Committee |
Reiman, Marty |
Other |
Applied probability: queueing theory, stochastic control, diffusion processes; applied to broadband networking and other computer/communication systems. |
|
Resende, Mauricio G. C. |
Other |
Combinatorial optimization; metaheuristics; interior point methods. |
|
Retakh, Vladimir |
Rutgers University - Mathematics |
Noncommutative algebra and combinatorics, special functions and differential equations, homological algebra and algebraic topology, mathematics education |
|
Rexford, Jennifer |
Princeton University - Computer Science |
Network protocols, network measurement, and network management |
|
Roberts, Fred S. |
Rutgers University - DIMACS |
Mathematical models in the biological, social, behavioral, and environmental sciences and of problems of communications, information, and transportation; applications of the mathematical sciences to homeland security; graph theory and combinatorics; measurement theory; utility, decisionmaking, and social choice; mathematics education. |
Staff, Faculty, Executive Committee |
Roetteler, Martin |
|
Quantum algorithms; Quantum error-correction; Quantum circuits; and digital signal processing. |
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Rosenstein, Joseph G. |
Rutgers University - Mathematics |
Mathematics education; linear orderings; recursive model theory. |
|
Roughgarden, Tim |
Columbia University |
Design, analysis, applications, and limitations of algorithms; Game theory and microeconomics, especially as applied to networks, auctions, and cryptocurrencies |
|
Rubenstein, Daniel |
Columbia University |
Computer networks; Network Robustness and Security; Multimedia networking; Performance Evaluation; Algorithms. |
|
Rubin, Avi |
Other |
Cryptography; network security; secure systems; web security. |
|
Rubinfeld, Ronitt |
Other |
Sublinear time algorithms, property testing, randomized algorithms, program result checking, computational learning theory. |
|
Ruszczynski, Andrzej |
Rutgers University - RUTCOR/Rutgers Business School |
Operations research, management science, stochastic programming, financial optimization, risk. |
|
Saks, Michael |
Rutgers University - Mathematics |
Computational complexity; algorithms; extremal set theory; partially ordered sets. |
|
Saniee, Iraj |
Nokia Bell Labs |
Network design, distributed optimization; performance optimization of communications systems. |
|
Saraf, Shubhangi |
Other |
Complexity theory, algebraic computation, error correcting codes, and discrete geometry |
|
Sarnak, Peter |
Princeton University - Mathematics |
Data structures; graph algorithms. |
|
Sarwate, Anand |
Rutgers University - Electrical and Computer Engineering |
Distributed optimization and signal processing, machine learning and statistics, information theory, and privacy-preserving data analysis. |
Executive Committee |
Savari, Serap |
Other |
Information theory, data compression, network coding, computing and communication systems. |
|
Schapire, Rob |
Microsoft Research |
Theoretical and applied machine learning, with particular focus on boosting, online learning, game theory, and maximum entropy. |
|
Schieber, Baruch |
New Jersey Institute of Technology |
Efficiency of computation, in particular: design and analysis of efficient algorithms, combinatorial optimization, parallel and distributed computation, complexity theory |
Executive Committee |
Schulzrinne, Henning |
Columbia University |
Computer networks; multimedia systems; mobile and wireless systems; ubiquitous and pervasive computing. |
|
Sedgewick, Robert |
Princeton University - Computer Science |
Analysis of algorithms; algorithm visualization. |
|
Sen, Siddhartha |
Microsoft Research |
Distributed systems; machine learning systems; data structures and algorithms. |
Executive Committee |
Servedio, Rocco |
Columbia University |
Computational learning theory; computational complexity theory and the role of randomness in computation. |
|
Seymour, Paul |
Princeton University - Mathematics |
Graph theory. |
|
Shallcross, David |
Perspecta Labs |
Discrete optimization. |
|
Sharma, Shantanu |
New Jersey Institute of Technology |
Databases, secure data processing, data privacy, smart and secure IoT systems, blockchain, and ML for databases |
|
Shelah, Saharon |
Rutgers University - Mathematics |
Logic; model theory. |
|
Shepherd, F. Bruce |
Other |
Geometric and algorithmic approximation for combinatorial optimization problems |
|
Shih, Frank |
New Jersey Institute of Technology |
Image Processing, Artificial Intelligence, Deep Learning, Pattern Recognition, Big Data, Data Security, Biomedical Image Processing |
|
Shor, Peter |
Other |
Quantum computing; algorithms; computational geometry. |
|
Sills, Andrew |
Other |
Number theory and combinatorics integer partitions, q-series, basic hypergeometric series, the mathematics of Ramanujan |
|
Singh, Jaswinder |
Princeton University - Computer Science |
Parallel computing applications and systems; computational biology. |
|
Singh, Mona |
Princeton University - Computer Science |
Computational molecular biology and its interface with machine learning and algorithms. |
|
Sinha, Arunesh |
Rutgers University - Other |
security, machine learning and game theory. |
|
Slivkins, Alex |
Microsoft Research |
Algorithms and theoretical computer science, spanning learning theory, algorithmic economics, and networks |
Executive Committee |
Sloane, Neil J. A. |
Other |
Mathematics; electrical engineering; computer science; statistics. |
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Soffer, Avraham |
Rutgers University - Mathematics |
Mathematical physics, quantum dynamics of many body systems and environment effects; analysis in probability; limit theorems; nonlinear dynamics and scattering. |
|
Soifer, Alexander |
Other |
Euclidean Ramsey Theory; Combinatorial & Discrete Geometry History of Mathematics in the XX Century |
|
Soljanin, Emina |
Rutgers University - Electrical and Computer Engineering |
Coding and information theory, symbolic dynamics, mathematics of telecommunication systems. |
|
Sontag, Eduardo |
Other |
Control theory; mathematical systems molecular biology; artificial neural networks. |
|
Sorkin, Gregory |
Other |
Random structures, phase transitions, optimization, discrete mathematics, algorithms |
|
Souvaine, Diane |
Other |
Development and analysis of geometric algorithms with multidisiplinary applications. |
|
Spasojevic, Predrag |
Rutgers University - Electrical and Computer Engineering |
Communication and Information Theory, Coding and Sequence Theory, Signal Processing and Representation, Cellular and Wireless LAN Systems, Adhoc and Sensor Networks. |
|
Squillante, Mark |
IBM Research |
Stochastic processes; probability theory; stochastic optimization; stochastic control; mathematical statistics; algorithms; decision making and reasoning under uncertainty. |
|
Srikanta, Karthik |
Rutgers University - Computer Science |
complexity theory and discrete geometry with an emphasis on hardness of approximation, fine-grained complexity, and parameterized complexity. |
|
Steiger, William |
Rutgers University - Computer Science |
Discrete and computational geometry; probability; algs and data structures. |
|
Steiglitz, Ken |
Princeton University - Computer Science |
Computing with particles; economic simulation; computer music. |
|
Stein, Cliff |
Columbia University |
Design and analysis of algorithms; combinatorial optimization; operations research; network algorithms; scheduling; algorithm engineering; and computational biology. |
|
Stolovitzky, Gustavo |
IBM Research |
Computational and systems biology, Reverse engineering biological circuits, biological networks, dynamical systems, statistical physics, probability theory |
|
Strauss, Martin |
Other |
Massive data sets; security; complexity theory. |
|
Strawderman, William |
Rutgers University - Statistics |
Decision theory, Multiparameter estimation, Bayesian Statistics. |
|
Szegedy, Mario |
Rutgers University - Computer Science |
Algorithms and complexity; combinatorics; quantum computing |
|
Szemeredi, Endre |
Rutgers University - Computer Science |
Number theory; extremal graphs; theoretical computer science. |
|
Tan, Zhiqiang |
Rutgers University - Statistics |
Nonparametric and semiparametric statistics, causal inference, missing data problems, survey sampling, Monte Carlo integration. |
|
Tan, Zihan |
Rutgers University - Computer Science |
Theoretical computer science, graph algorithms |
|
Tarjan, Robert |
Princeton University - Computer Science |
Data structures; graph algorithms; complexity. |
Executive Committee |
Tetali, Prasad |
Georgia Institute of Technology |
Discrete math and theory of computing, including probability, combinatorics, number theory and randomized algorithms. |
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