Experience
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| Department of Mathematics and Computer Science John Jay College of Criminal Justics, City University of New York 899 Tenth Avenue, City University of New York, New York, NY 10019. Full-time Faculty, Forensic Computing Graduate Program John Jay College of Criminal Justics, City University of New York 899 Tenth Avenue, City University of New York, New York, NY 10019. Doctoral Faculty, Department of Computer Science Graduate School and University Center, City University of New York 365 Fifth Avenue, New York NY 10016 |
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Associate Professor Sept. 2004-Present |
Teaching undergraduate and graduate courses in computer science and mathematics. Conducting academic research in the areas of:
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U.S. Naval Research Laboratory, Washington, DC. |
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Principal Investigator May 2000-Sept. 2004 |
Lead a research team in the design and development of scalable system for open, universal, situational awareness. Project involved the design and development of a P2P distributed agent framework for management and fusion of large numbers of multi-sensory data feeds. |
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Research Scientist Jan. 1996-May 2000 |
Contributed to ongoing research and development of new routing and signalling algorithms and protocols for high-speed optical and ATM networks. Design and development of secure open network management systems for optical networks based on distributed mobile agents. | |
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Adjunct Lecturer Sept. 1999 - Dec. 1999 |
Taught courses on Introduction to Statistics and Introduction to Computer Programming. Prepared and delivered lectures, assigned homework, lab exercises, graded all homework/test/quizzes. | |
| Upward Bound Program, Howard University, Washington DC. | ||
Instructor Sept - Oct. 2001, 2002 |
Invited high-school students to visit the Naval Research Laboratory, over the course of two months each year. Taught students about physical phenomena (e.g. crystal growth) and elementary programming in Java. | |
| MIT Laboratory for Computer Science, Cambridge, MA. | ||
Research Staff June 1993-Sept. 1994 |
Analysis and experimentation on algorithms pertaining to multicommodity flow, virtual circuit routing, and distributed file allocation. | |
| Center for Biological and Computational Learning, Cambridge, MA. | ||
Research Staff June 1993-Sept. 1994 |
Research on parallel statistical machine learning algorithms on hypercube computer architectures. |
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