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Werner
Backes
Department of Computer Science, Stevens Institute of Technology
(201) 216-5435
wbackes  cs.stevens.edu
Computer algebra, lattice algorithms. Program analysis. Mobile ad-hoc
networks.
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Sven Dietrich
Department of Computer Science, Stevens Institute of Technology
(201) 216-8078, (201) 216-8249
spock+web cs.stevens.edu
Computer and network security, cryptography, anonymity, and privacy.
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Murray Elder
Stevens Institute of Technology
(201) 216-8596, fax: (201) 216-8321
murrayelder gmail.com
Generic complexity of combinatorial and group theoretic problems, automata
theory, geometric group theory, and problems in stack sorting and
pattern avoiding permutations.
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Robert Gilman
Department of Mathematical Sciences, Stevens Institute of Technology
(201) 216-5449, fax: (201) 216-8321
rgilman stevens.edu
Group theory and symbolic computations.
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Andrew Duncan
Department of Mathematics,
School of Mathematics and Statistics,
University of Newcastle, UK
a.duncanncl.ac.uk
Geometric and Combinatorial Group Theory, Low Dimensional Topology, Quantum computation.
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Delaram Kahrobaei
New York City College of Technology, CUNY
DKahrobaeiCityTech.CUNY.edu
Infinite combinatorial and geometric group theory, and their applications in theoretical computer science particularly algebraic cryptography
as well as interaction between combinatorics, logic and number theory.
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Ayan Mahalanobis
Department of Mathematical Sciences, Stevens Institute of Technology
(201) 216-8596, fax: (201) 216-8321
amahalan stevens.edu
Cryptography, Public key cryptography, Diffie-Hellman key exchange and its variants, finite group theory.
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Alexei Miasnikov
McGill University
Stevens Institute of Technology
(201) 216-8598, fax: (201) 216-8321
amiasnikov gmail.com
Combinatorial, geometric, algorithmic and asymptotic group theory. Algorithmic
and model theoretic algebra. Mathematical logic and recursion theory.
Average and generic computational complexity. Cryptography. Statistical
methods in pure mathematics.
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Alex Myasnikov
Department of Mathematical Sciences, Stevens Institute of Technology
(201) 216-8599, fax: (201) 216-8321
amyasnik stevens.edu
Computational and statistical group theory, Cryptography, Statistical pattern recognition, Symbolic computations, Experimental mathematics.
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Antonio
Nicolosi
Department of Computer Science, Stevens Institute of Technology
(201) 216-8035, fax: (201) 216-8249
anicolosi stevens.edu
Computer Systems Security, Applications of Cryptography to Distributed
Systems, Elliptic-Curve Cryptography, Lattice-Based Cryptography, Lattices
and Decoding Algorithms.
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Vladimir Shpilrain
Department of Mathematics, The City College of CUNY
(212) 650-5158, fax: (212) 862-0004
shpil groups.sci.ccny.cuny.edu
Combinatorial and computational group theory, cryptography, theory of algorithms, affine algebraic geometry, knot theory.
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Alexander Ushakov
Department of Mathematical Sciences, Stevens Institute of Technology
(201) 216-8597, fax: (201) 216-8321
aushakov stevens.edu
Computational group theory, generic complexity, and algebraic cryptography.
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Susanne Wetzel
Department of Computer Science, Stevens Institute of Technology
(201) 216-5610, fax: (201) 216-8249
swetzel cs.stevens.edu
Cryptography (security, secret sharing, privacy, and biometrics), algorithmic number theory (lattice basis reduction).
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Rebecca Wright
Department of Computer Science, Rutgers
rebecca.wright rutgers.edu
Computer and communications security, particularly in the areas of design
and analysis of cryptographic protocols, secure multiparty computation,
privacy, and fault-tolerant distributed computing. |
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