Page Last Updated: Monday, 26 December 2011 14:50 EDT, © 2002, 2005, 2007, 2008, 2011

Topic: Science, Mathematics, & Medicine

Dr. Dean S. Hartley III

Klein bottle, purchased from Acme Klein Bottle

conservation of momentum

Rubic's cube

Galileo thermometer, good discussion on Wikipedia

lava lamp, good discussion on Wikipedia

The pictures above are just fun, with no direct relationship to projects.  For projects, select one of the links below.

• Algorithms for Psychopharmacology: Introduced the use of influence diagrams as an alternative presentation method for the International Psychopharmacology Algorithm Project (IPAP). Supported the creation and execution of a web-conference to create psychopharmacology algorithms and analyzed its conduct. Published a chapter in Textbook of Treatment Algorithms in Psychopharmacology, Wiley, 1999. Chaired the Technology working group in Beijing meeting in 2000. Supported the creation of psychopharmacology algorithms.

• Piecewise Linear Topology: Dissertation, Quasi-Cellularity in Manifolds, unpublished condensation of first half of dissertation, Fundamentals of Quasi-Cellularity, unpublished condensation of second half of dissertation, Quasi-Cellularity Criteria, and unpublished follow-on paper, More about Property SUV⁴ and Strong Quasi-Cellularity.

• Modern Aids to Planning Program (MAPP) Model Improvement: Principal Investigator for integration of The Joint Staff/J-8 MAPP, a $6-10 million/year, multi-year computer war games project. This project involved design, implementation and improvement of several simulations and their support structure. Associated research included development of an expert system for Air Task Order (ATO) generation and the topology of the clustering algorithm.

• Industrial Projects for Milliken & Co.: Improved, using topology, a computer color matching program for textile dye formulation.

• Combat Modeling Projects for The Joint Staff: Managed the conversion of combat models from IBM computers to Honeywell computers. Set standards and edited documentation for the Vector-1, TANDEM, and UNICORN combat models. Performed IV&V on the TAC CONTENDER game-theoretic combat model.

• BC M&S S&T: Participated in project for the US Army Battle Command Simulation & Experimentation (BCSE), G3/5/7, to create Roadmap for Battle Command (BC) Modeling & Simulation (M&S) Science & Technology (S&T).

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