I am reposting this article from over a year ago to remind myself and readers of interesting work done in very large scale agent models. Here from
Simulex,
(Simulex link no longer works) which positions itself as developing
Synthetic Environments for Analysis and Simulation. Simulex originated via expertise at Purdue. Although I cannot provide many details, Simulex tailored its SEAS agent-based economic models, developed for DOD applications, to important regional demand and growth applications for us.
" ... we use our exclusive license to SEAS to provide the next generation of consulting services to our clients in government and the private sector. Instead of experimenting with real people, SEAS allows clients to interact with synthetic people and observe what is happening. Using agent-based modeling in a business war-gaming environment, SEAS seamlessly incorporates all aspects of managerial decision making to provide a complete and integrated view of economies, industries, and organizations ... ".
Some of
their application case studies,
(Simulex links no longer work) with strongly visual outputs. Worth a closer look for bottom-up economic and interaction system simulations. Note also the inclusion of gaming environments.
I am reposting this article from over a year ago to remind myself and readers of interesting work done in very large scale agent models. Here from Simulex, (Simulex link no longer works) which positions itself as developing Synthetic Environments for Analysis and Simulation. Simulex originated via expertise at Purdue. Although I cannot provide many details, Simulex tailored its SEAS agent-based economic models, developed for DOD applications, to important regional demand and growth applications for us.
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