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Gmu computational social science phd dissertation

Gmu computational social science phd dissertation In Ha

Current email address: orouly [at] gmu [us dot] edu

Chris Rouly is really a PhD candidate in Computational Social Science at George Mason College. His dissertation research requires the generation and focus of complex cognitive, adaptive, and social agent environments in virtual worlds. He’s thinking about comprehending the dynamics of small-group social behaviors in individuals, the resulting emergent social interactions, and just how this understanding might be helpful to the concept of anthropomorphic robotics.

Associated with pension transfer from the students within the GMU CSS PhD program, his undergraduate and graduate studies were broadly interdisciplinary. He holds separate undergraduate levels in Psychology and Information Technology, and that he includes a graduate degree in Electrical Engineering. His Master’s thesis examined a hypothesis involving an untethered, vehicular robot within an applied cybernetic robotics experiment. For your experiment, Chris instantiated a Turing P-Type Unorganized machine being an adaptive controller, embodied it inside a mobile robot (a man-made rodent), situated it within an small training enclosure, and shown the P-Type formula was able to self-organization (adaptive learning) as Turing themself had suggested.

Before being a full-time student inside the GMU CSS department, Chris would be a sub-contractor towards the US Army and also the Defense Advanced Studies Agency. He’s labored like a systems engineer for Raytheon, an electronic hardware designer for Honeywell and Synergy, so that as an application engineer for Camber and Harmonia.

Rouly, O. C. (2015). At the bottom of sociality: Working towards emergent, permanent, social affines. In Andrews, P. Caves, L. Doursat, R. Hickinbotham, S. Polack, F. Stepney, S.

Gmu computational social science phd dissertation Defense Advanced Research Projects

Taylor, T. Timmis, J. (Eds.). Proceedings from the European Conference on Artificial Existence 2015. pp. 82-89, Durch Press. You are able to download the paper here.

Rouly, O. C. (2015). Alife using Adaptive, Autonomous and
Individual Agent Control. In Chalup, S. Blair, A. Randall, M. (Eds.), Proceedings from the Australian Conference on Artificial Existence and Computational Intelligence (ACALCI 2015). College of Newcastle ,Australia. You are able to download the executable code here. You are able to download the paper here .

Rouly, O. C. (2014, This summer). Midwife: CPU cluster load distribution of Virtual Agent AIs. In Barolli, L and Xhafa, F. (Eds.). Proceedings from the eighth Worldwide Conference on Complex, Intelligent, and Software Intensive Systems, Birmingham, United kingdom. You are able to download the attached source code here. You are able to download the paper here.

Rouly, O. C. Kennedy, W. G. (2011). Sexually differentiated philopatry and dispersal: An exhibition from the Baldwin effect and genetic drift. Computational Social Science Society of the usa Annual Conference, 2011. Santa Fe, Boise State Broncos, USA. October 9-12, 2011. You are able to download the paper here .

Rouly, O. C. Crooks, A. (2010). A prototype, multi-agent system for study regarding the Peopling from the Western Hemisphere. 3rd World Congress on Social Simulation, 2010. Kassel, Deutschland. sixth-ninth September 2010. You are able to download the paper here .

Rouly, O. C. (2007, December). Learning automata and want-based drive reduction. In Ha, Q. P. Kwok, N. M. (Eds.).

Gmu computational social science phd dissertation it within

Proceedings from the eighth Worldwide Conference on Intelligent Technologies, Sydney, Australia. You are able to download the paper here .

Rouly, O. C. (2004). A point of view on embodied synthetic agency. The intersection of cognitive science and robotics: From interfaces to intelligence. American Association for Artificial Intelligence. Fall Symposium 2004, 05, Arlington, Virgina. You are able to download the paper here .

Rouly, O. C. (2000). Cybernetic intelligence: Coming back to complex qualitative feedback theory. Las Cruces: Boise State Broncos Condition College. Unpublished thesis.

Professional (as well as student) Affiliations:

Institute of Electrical and Electronics Engineers
Association for that Growth of Artificial Intelligence
American Mental Association Affiliate

Research Gate Papers

Computational Social Science Program
Research I, CSC Suite, Level 3
4400 College Drive
Fairfax, Veterans administration 22030


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