Dr. Vasant Honavar Department of Computer Science honavar@cs ...
Dr. Vasant Honavar Department of Computer Science honavar@cs ...
Dr. Vasant Honavar Department of Computer Science honavar@cs ...
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13. Experiments in Evolutionary Robotics. Neurosciences Seminar, Iowa State University, 1996.<br />
14. Knowledge Acquisition through Machine Learning. Principal Mutual, Des Moines, Iowa. January 1994.<br />
15. Panel on Learning in Knowledge-Based Systems. Second World Congress on Expert Systems. Lisbon, Portugal<br />
(1994).<br />
16. Panel on Hybrid Architectures for Intelligent Systems. Second World Congress on Expert Systems. Lisbon,<br />
Portugal (1994).<br />
17. Panel on Hybrid Intelligent Systems (SIGHI meeting) World Congress on Neural Networks. San Diego, U.S.A.<br />
(1994).<br />
18. Generalized Connectionist Networks and Processes for Intelligent Systems. International <strong>Computer</strong> <strong>Science</strong><br />
Institute, Berkeley, CA. (1990).<br />
19. Generative Learning Structures and Processes for Generalized Connectionist Networks. Cognitive and Learning<br />
Systems Laboratory, Siemens Research, Princeton, NJ. (1990).<br />
Invited Tutorials<br />
1. Computational Learning Theory, Genetic Programming Conference, Stanford, 1997.<br />
2. Intelligent Agents, Genetic Programming Conference, Madison, WI, 1998.<br />
3. Intelligent Agents and Multi-Agent Systems IEEE Conference on Evolutionary Computation (CEC), Washington,<br />
DC. 1999.<br />
STUDENT MENTORING STATEMENT<br />
I find working with graduate and undergraduate students to be an extremely rewarding experience. I work with<br />
exceptional Ph.D. students with diverse backgrounds – ranging from very theoretical to very experimental. I also enjoy<br />
working with M.S. students and undergraduates interested in research. Students in my group benefit from strong<br />
mentoring and close interaction on a daily basis within a collaborative research environment. Research-based training in<br />
my research group emphasizes development <strong>of</strong> skills and expertise necessary for the pursuit <strong>of</strong> a successful independent<br />
research career:<br />
(a) Ability to identify and formulate fundamental research problems;<br />
(b) Ability to critically review scientific work;<br />
(c) Ability to conceive, plan, and propose research projects;<br />
(d) Ability to develop creative and innovative solutions;<br />
(e) Strong experimental and/or theoretical expertise in relevant areas;<br />
(f) Effective writing and presentation skills;<br />
(g) Ability to develop and sustain productive research collaborations;<br />
(h) Strong sense <strong>of</strong> ethics and responsibility in conduct <strong>of</strong> research.<br />
Fundamental scientific questions (e.g., what is the algorithmic basis <strong>of</strong> cumulative multi-task learning? how is information<br />
encoded, stored, retrieved, decoded, and used in biological systems? how can we precisely characterize the syntax and<br />
semantics <strong>of</strong> the language <strong>of</strong> macromolecular sequences?); or important practical problems (how do we extract,<br />
assimilate, and use information from heterogeneous, distributed, autonomous data and knowledge sources to facilitate<br />
collaborative scientific discovery in biology?) drive our research.<br />
My group takes a problem-centered approach to research. In addition to all the usual requirements for successful<br />
research, this requires a willingness to acquire, adapt, develop, and apply techniques and tools from areas that lie outside<br />
the traditional boundaries <strong>of</strong> the discipline (e.g., <strong>Computer</strong> <strong>Science</strong>) or a sub-discipline (e.g., Machine Learning) when<br />
necessary to solve a research problem.<br />
Dec 2005<br />
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