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| | |  | Title | | Project Leader, Advanced Systems | | | Degrees | BS, Computer Science and Engineering, UCLA | | | Phone | 310.448.8235 | | | Email | jlacoss@isi.edu | | | Research Focus | Hardware, including real-time low-power processing and stimulation for neural implants and prosthetics. Efficient computing for power-critical embedded applications in remote or hostile environments. Extreme high-performance computing for autonomous cognitive platforms with multiple sensor inputs. | | | |
| | |  | Title | | Supervising Computer Scientist | | | Degrees | MS, Electrical Engineering, Johns Hopkins University BS, Mechanical Engineering, Virginia Polytechnic Institute and State University | | | Phone | 703.812.3736 | | | Email | tlehman@isi.edu | | | Research Focus | Advanced network architectures and intelligent network control. Expertise in IP control planes and optical technologies used to create networks which can dynamically provision resources and reconfigure topologies. Applications include network traffic engineering, emergency response, client requested services, automated management, and self-healing networks. | | | |
| | |  | Title | | Project Leader, Intelligent Systems Research Assistant Professor, Computer Science Department, USC | | | Degrees | PhD, Physics, UC Santa Barbara AB, Physics, Princeton University | | | Phone | 310.448.8714 | | | Email | lerman@isi.edu | | | Research Focus | Mathematical modeling and analysis of multi-agent systems, including distributed robots, human pedestrians, and social networks; semantic modeling of information sources for the purpose of automatic information integration. | | | |
| | |  | Title | | Division Director, Computational Sciences | | | Degrees | PhD, MS & BS, Electrical Engineering, Stanford University | | | Phone | 310.448.9449 | | | Email | rflucas@isi.edu | | | Research Focus | Software for scalable computing systems, particularly linear solvers for computer-aided engineering applications. Also novel computing devices, entity-level modeling of urban populations, and performance engineering of large-scale, parallel scientific and engineering codes. |
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