Reusable Software Research Group (RSRG)
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The work of this group deals with the disciplined engineering of, and
with, reusable software components. RSRG research, practice, and
educational activities are inextricably intertwined in a synergistic
relationship. Resolve is the research vehicle of the RSRG at Clemson
and The Ohio State University. To learn more, please see:
www.cs.clemson.edu/~resolve.
Dependable Systems Research Group (DSRG)
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The research mission of the Dependable Systems Research Group (DSRG) in
the Department of Computer Science at Clemson University is to enable the
design, deployment, and management of unattended, long-lived applications
at scale.
Institute for Modeling and Simulation
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The institute's goal is to further knowledge by using models and
simulations in education, industry, and research. This include
research in computational science. The director is Dr Steve
Stevenson.
These pages were developed entirely by students, graduate and undergraduate, who have been involved in virtual reality research at Clemson. The "vrnet'' (vr.clemson.edu) is a virtual network of SGI stations that spans many departments and several colleges. It facilitates sharing new software tools and allows fast exchange of ideas in the development of new applications for virtual reality systems.
These pages, maintained by Dr. Andrew Duchowski, describe the work in the Eye Tracking Laboratory, part of Virtual Reality research at Clemson.
Real-time, photorealistic graphics has been a subject of research
interest at Clemson University for several years, and we have invested
heavily in state-of-the-art platforms from Silicon Graphics, Inc.
Recognizing that the cost of such platforms can be prohibitive for
individual owners, Clemson has undertaken a study of the feasibility
of obtaining real-time, high quality graphics from low-cost, PC-class
hardware.
Investigators: Drs Robert Geist and Mike Westall
Faculty and graduate students in the Department of Computer Science
at Clemson have developed and maintain Linux network device drivers for
the IBM Turboways 25 and Interphase 5515 and 5575 families of ATM adapters.
Investigators: Drs Robert Geist and Mike Westall
Discrete Algorithms
and
Self-stabilizing Algorithms
Discrete algorithms are algorithms designed for objects such as trees, graphs and sequences. One area of focus are self-stabilizing algorithms. The traditional approach in designing fault-tolerant distributed protocols assumes a maximum number of faults and involves a worst-case design by fault masking. Self-stabilizing algorithms make no assumptions about initial data and need no global coordination, and so can recover from arbitrary many faults. These have applications in ad hoc networks.
Other affiliations include:
Here you'll find references to some recent faculty publications.
School of Computing
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