Faculty

Computer Systems, computer architecture, and computer performance

Computer science education, computer graphics, virtual reality, and haptics

Algorithms, design automation, computational geometry, parallel computing, probabilistic search, genetic algorithms, simulated annealing, and diversity in computer science education.

Compilers, code generation, optimization, security, computer architecture

Computer security, program analysis, RFID privacy and security.

Data mining, information retrieval, digital libraries, and scientific database management

Grid computing, high-performance parallel computing, compilers for parallel systems, operating systems

Computer architecture, storage systems, energy-efficient computing

Virtualization, optimizing compilers, computer architecture, binary modification, embedded systems.

Software engineering, computer science education, text processing, humanities computing

Grid computing, security, real-time computation, operating systems

Distributed systems, high performance systems, computer simulation, intrusion detection, survivable information systems, protection and security, and national science and engineering policy

Software reliability and software engineering

Computer Graphics, realistic surface appearance, and physically-based rendering.

Computer vision, human vision, robotics, genetic algorithms, image databases, and artificial intelligence

Databases and parallel computing, discrete math, anti-matroid closure-spaces

Modeling and simulation technology, parallel and distributed systems, computing for the blind.

VLSI CAD, algorithms, computational geometry, optimization, bioinformatics, and RFID

Cryptography, security, and game theory.

Software engineering, software reliability, compute science education, mobile computing, agile software development, and extreme programming.

Computer architecture, especially: multi-core and multi-threaded chip architectures, CPU/GPU convergence, and novel processor organizations; architectures for managing power, temperature, and reliability; applications of control theory to computer architecture; and architectural modeling and simulation methodology.

Virtual executing environments, optimizing compilers, compilers for embedded systems, program analysis, debugging and testing, path sensitive analysis

Real-time computing, database and data services, QoS management, wireless sensor networks, and information security.

Real-time computing, embedded computing, operating systems, wireless sensor networks, and large scale distributed computing.

Software engineering, architectures, evolution, and economics.

Computer networks, network protocols, telemedicine, electronic commerce, medical data privacy and security

Software quality and reliability

Wireless networking, wireless sensor networks, distributed systems, parallel systems.

National science policy, architecture, security, and hardware-software codesign