People
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Murray Gross Project Coordinator. Current research interests are use of functional languages for parallel programming, automatic parallelization, and automatic run-time optimization of concurrency. Implementing Grover's Algorithm Using Linear Transformations in Haskell written by A. Murray Gross and Justin Stallard is now available for download here. E-mail: magross@its.brooklyn.cuny.edu |
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Professor. Computer simulations, especially Monte Carlo methods; development of random number generators, especially for parallel computing systems. Office: 1212 Ingersoll |
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Technical Assistant, University of Marburg (Germany). Design of a Generic framework for GpH and Eden; Implemented with parallel graph reduction. |
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Assistant Professor. Operating systems, real-time systems networks; microprocessor architecture; hacking. Office: 2114 Ingersoll |
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Associate Professor. Sensory-based robotics; medical imaging; combinatorial algorithms and computational complexity theory. Office: 2112c Ingersoll |
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Assistant Professor. Network security; formal methods; computational complexity; pseudorandom number generators. Office: 0113 Ingersoll |
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System Administrator. Office: 2112 Ingersoll |
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Associate Professor. Multi-agent simulation; trading agents; automated mechanism design; evolutionary computation. Office: 0119 Ingersoll |
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Assistant Professor. Distributed and parallel optimization methods; optimization of large linear mathematical optimization programs. Office: 3208 Ingersoll |
Student Participants: 2002 | 2003 | 2004 | 2005 | 2006 | 2007
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