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| | |  | Title | | Division Director | | | Degrees | PhD, Mechanical-Aerospace Engineering, Rice University
MS, Electrical and Mechanical Engineering, Technical University of Athens, Greece | | | Phone | 703.812.3718 | | | Email | jdamoulakis@isi.edu | | | Research Focus | Electronics, including computing and communications payloads; advanced microelectronics; and reconfigurable electronics such as fault-aware, self-repairing chips that resist radiation and detect errors. | | | |
| | |  | Title | | Director, Joint Experimentation on Scalable Parallel Processors Project | | | Degrees | JD, School of Law, University of Colorado
BA, Psychology (Quantitative), University of Colorado | | | Phone | 310.448.8434 | | | Email | ddavis@isi.edu | | | Research Focus | Large-scale, intelligent agent simulations and high-performance computing (HPC). Data fusion and management, design-rule-checking algorithms, HPC center management, computational science development, and supercomputer uses in the grades K-12 area. | | | |
| | |  | Title | | Research Team Leader, Intelligent Systems
Research Assistant Professor, Computer Science, USC | | | Degrees | PhD, Rensselaer Polytechnic Institute
MS, Computer Science, State University of New York at New Paltz | | | Phone | 310.448.8408 | | | Email | deelman@isi.edu | | | Research Focus | Design and exploration of collaborative scientific environments with particular emphasis on workflow management.
Leads the Pegasus project, which designs and implements workflow mapping techniques for large-scale workflows running in distributed environments.
Associate Editor of the Scientific Programming Journal and a chair of the GGF Workflow Management Research Group. | | | |
| | |  | Title | | Project Leader Research Faculty, Ming Hsieh Department of Electrical Engineering, USC | | | Degrees | PhD & MSE, University of Texas at Austin
BS Texas A& M University | | | Phone | 310.448.8750 | | | Email | draper@isi.edu | | | Research Focus | Processing-in-memory (PIM), radiation-hardening-by-design, computer micro architectures, VLSI, parallel computer architectures, and interconnection networks. Participated in architecture development and led several large-scale VLSI development efforts on a number of projects. VLSI artifacts developed by his research group include two variants of a 55-million transistor PIM chip design and a 100-million gate polymorphous computing chip that was developed in collaboration with Raytheon Company. |
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