Department of Computer Science
Graduate Recruiting Weekend
Dennis KafuraDepartment Head
Graduate Recruiting Weekend
Participation: Research
Graduate research assistant Part of a research group Author an M.S. thesis and
Ph.D. dissertation Conference participant Contributor to the discipline
Participation: Instruction
Graduate Teaching Assistant
Participation: Leadership
Graduate Council Advocacy Mentoring Travel fund administration Space allocation decisions
NSF CAREER Award Winners
Doug BowmanVirtual Environments
Naren RamakrishnanRecommender Systems
Eunice SantosParallel Computing
Srinidhi VaradarajanNetwork Simulation
Manuel Perez-QuinonezHuman-Computer Interaction
Adrian SanduComputational Science
Research
1.1 1.5 1.83.0 3.3 3.5
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Research Areas
Human-Computer Interaction Computational Biology/Bioinformatics High-End Computing
• Systems/networking• Computational science and engineering
Software Engineering …and more
Mission: Advancing computing in the service of science, industry and society.
Human-Computer Interaction
Enabling effective interaction of people with information and each other using mechanisms mediated or enabled by computational devices and systems
• Virtual environments• Visualization• Gigapixel display• Education applications• Aware spaces
Gigapixel Display Project
Scalable Reconfigurable Multiple display technologies Diverse input devices Link to AwareLab, VICON
Computational Biology & Bioinformatics
Advancing the life sciences through computation• Cell cycle modeling• Experiment management tools• Biotic stress• DNA folding• Drug discovery• Systems biology
ExpressoA Next Generation Software Systems for Microarray
Experiment Management and Data Analysis
JigCell
Computational Biology & Bioinformatics
The emerging picture of a much more flexible DNA may change our understanding of how DNA interacts with other biomolecules, such as proteins. An ability to correctly describe these interactions is of fundamental importance to molecular biology and medicine.
• DNA strands believed to be rigid• Contradicted by recent experiments• System X used to simulate molecular dynamics
High-end Computing Systems
Building programming models, run-time environments, and architectures for next-generation high-performance computing systems.
Fastest US academic supercomputer
High-end ComputingComputational Science and Engineering
Working at the boundaries of science and engineering• Atmospheric modeling• Mathematical software• Numerical methods• Parallel computing algorithms
Modeling the physical and chemical processes that influence air quality over thousands of square miles (e.g., the computed concentration of a trace of interest over a large region in Asia).
Software Engineering
Inventing the next generation of software systems technology
• Requirements engineering• Software maintenance• Software testing and reuse• E-systems engineering
… and much more
Computational grids•Security•Scheduling•Fault tolerance
Laboratories and Centers
• Digital Library Research Laboratory• Laboratory for Advanced Scientific Computing and Applications• Center for Virtual Environments and Visualization
• Undergraduate Learning Center• Human-Computer Interaction Laboratory
Torgersen Hall
McBryde Hall
New Space
• 20+ faculty• 100+ graduate students• Two centers and associated laboratories:
• Center for Human-Computer Interaction (CHCI)• Center for High-End Computing Systems (CHECS)• Laboratory for Computation, Information and Distributed Processing (LCID)
• Main office, technical support, …
First Floor – HCI research
Faculty officesMeeting areas HCI labs
Administrative areaGraduate student workstations
Second Floor – Systems research
Faculty officesMeeting areas Lab areas
Technical supportGraduate student workstations E-commerce lab
Invitation
We invite you to join us …
… and grow with us