Cryptography

Richard E. Blahut

A major project of Prof. Blahut's for the past decade has been his authorship of a series of advanced textbooks on the mathematical aspects of statistical information processing, including information theory, communications theory, surveillance theory, error-control codes, and signal processing. He was a systems consultant to Ioptics, Incorporated, Bellevue, Washington.

Rakesh Bobba

Rakesh Bobba's research interests are in network and distributed system security and critical infrastructure protection. Topics of interest include authentication, access control, key management, security protocols and their formal analysis, and applied cryptography, among others.

Nikita Borisov

Professor Borisov's research interests lie in the area of computer security and privacy, especially as applied to large-scale distributed systems. His current focus is on anonymity: analysis of existing anonymous systems and the design of new peer-to-peer anonymous networks.

Iwan M. Duursma

Iwan Duursma's research interests are in the interaction of coding theory, cryptography and number theory, and algebraic geometry and geometric codes.

Yih-Chun Hu

Prof. Hu's general research interests are in security and systems, with emphasis on the areas of secure systems and mobile communications.

Himanshu Khurana

Dr. Khurana's research interests lie in the area of distributed system security, especially as applied to large-scale distributed systems and critical infrastructures. He is currently working on developing security solutions for messaging systems and the power grid infrastructure.

Negar Kiyavash

In the area of digital rights management (DRM), Negar Kiyavash focuses on copyright protection, including digital watermarking and digital fingerprinting, steganography, and information-theoretic and algebraic DRM. In the area of biometrics, she is working on biometric authentication and biometric-aided access-based control.

Manoj M. Prabhakaran

Prof. Prabhakaran maintains broad interests spanning algorithms, complexity theory, coding theory, combinatorics, and cryptography. Of these, cryptography - the attempt to reduce nebulous questions of security to concrete problems in computational complexity theory - is his main focus.

Tim Yardley

Tim Yardley is interested in analyzing and developing techniques for securing scalable distributed systems and networks.

Secure Signal Embedding - Code Design and Cryptanalysis

funded by National Science Foundation