Welcome to the student section of the homepage of the Concurrency and Mobility (CoMo) group at the IT University of Copenhagen. Below we give pointers to relevant courses, describe possible project proposals.
Suggested size: 4-Week Project; workload: 30% theoretical/70% practical.
You are expected to implement a highly concurrent Linda Tuple Space in Java using the new concurrency package in Java 1.5, and, if time allows, extend the implementation to several machines.
Suggested size: 4-Week Project; workload: 70% theoretical/30% practical.
You are expected to do a theoretical comparison of some of the following calculi for concurrent and mobile systems: KLAIM, Join-Calculus, Mobile Ambients, Pi-calculus, etc.
I'm an associate professor at ITU in the
Programming, Logic, and Semantics group. My research interests include
semantics and programming languages, category theory and logic in
computer science, concurrency theory, verification and model checking,
mobility, and resource-constrained embedded systems.
Web: http://www.itu.dk/people/hilde/
I'm an associate professor at ITU in the
Computational Logic and Algorithms (CLA) group.. My research interests
are automatic test generation, fault models, embedded systems, caculi
for mobility and concurrency, verification, and model checking.
Web: http://www.itu.dk/people/jcg/
I am a PostDoc at ITU in the Programming,
Logic, and Semantics group (since 2007, and prior to that I took my
master degree and PhD degree at ITU). My research interest are calculi
and models for mobility and concurrency, and high-level programming
languages for concurrent and mobile systems.
Web: http://www.itu.dk/people/mikkelbu/
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