Computers, Computer Science, People, A
- MIT - Compiler optimizations, computer architectures, software engineering and parallel computing.
- University of California, Santa Barbara - Operating systems, architecture, compilers, networking, performance evaluation, active disks, flexible network services, deep memory hierarchies.
- Technical University of Valencia, Spain - Logic Programming: semantics, extensions and applications integration of functional and logic programming languages, abstract interpretation, program manipulation.
- Eindhoven University of Technology - Information systems, simulation, Petri nets, process models, workflow management systems, verification techniques, enterprise resource planning systems, computer supported cooperative work, and interorganisational bus
- Indian Institute of Technology, Delhi - Semantics and Verification
- University of Oregon - Programming languages, formal semantics, term rewriting systems, lambda calculus, compilers.
- City University of New York - Distinguished Professor of Computer Science, Mathematics, and Philosophy
- University of California, Santa Barbara - Database systems, transaction processing, distributed systems, fault-tolerance, large scale information systems, image databases, workflow management.
- University of Cincinnati - Mobile networks, adhoc networks, distributed systems, automatic parallelism detection and scheduling, systems reliability.
- New Mexico State University - Programming languages design and implementation, the design of the compiler writing language RIGAL, software engineering, testing and debugging automation, assertion languages, visual programming languages.
- University of California, Santa Barbara - Computer networks and protocols, large-scale multimedia systems, performance evaluation, distributed systems.
- Berkeley - Type systems, static program analysis and abstract interpretation, constraint resolution algorithms, parallel programming, language design, domain specific languages, end user programming, visualization.
- University of Illinois, Urbana-Champaign - Developing new abstractions for building open distributed systems and reasoning about their behavior. such systems generally have requirements such as parallelism, coordination, availability, and real-time behavi
- Escola Secundária de Jaime Moniz - Biography and links.
- University of Ulster at Jordanstown - Improvement of generic tools used in the design of dynamic systems, Applications in the formalization of devices and protocols in Business and Industry, Verification of behavioural properties of systems.
- MIT - Distributed systems, software engineering and security.
- Institute of Mathematical Sciences, Chennai - Structural Aspects of Complexity Theory, Program Checking and Interactive Proof Systems, Complexity of Learning, and Randomized Computation.
- Chalmers University of Technology - Functional programming and implementation of functional programming languages, Haskell.
- Ludwig-Maximillians University - Type theory, categorical logic, and program verification.
- University of Edinburgh - Semantics of programming languages, concurrency, game semantics, program analysis.
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