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Special Sessions

ISAIM 2012 will feature several special sessions:

Proposals for additional Special Sessions may be sent to the Organizers by October 1, 2011.

Computational Social Choice

Organizer: Judy Goldsmith; Publicity Chair: Nicholas Mattei

Computational Social Choice (ComSoc) is an emerging and rapidly evolving subfield of artificial intelligence. ComSoc is focused on how agents make collective decisions. Social Choice, an established research field at the intersection of mathematics and political science, has long studied the implications of group decisions in human systems. With the growth of multi-agent systems research in the AI community it has become necessary to investigate how agents can work together and make group decisions. ComSoc and social choice are related by two main bridges: bringing a computational perspective to decision systems already in use and/or studied by social choice, and bringing systems and processes developed through years of social choice research to bear on multi-agent systems. Research areas that fall under the ComSoc include (but are not limited to) voting and election systems; fair division algorithms; coalition formation and management; judgement aggregation and belief merging; and stable matching problems.

Boolean and pseudo-Boolean Functions

Organizers: Endre Boros and Yves Crama

Boolean and pseudo-Boolean functions are pervasive today in all areas of mathematics, computer science, operations research, various sciences and engineering. An ever increasing number and areas of applications demand new results from both structural and algorithmic points of views. The special sessions aim at bringing together researchers from all walks of science to discuss the latest results and the most important open problems.

Causal Learning from Complex Data Structures

Organizer: David Danks, Carnegie Mellon

Over the past twenty years, a range of algorithms have been developed for learning causal structure, almost always from single datasets with fully-observed variables about (usually linear) relationships in a causally homogeneous population. In contrast, real-world science often requires integrating information from multiple datasets that need not measure the same variables, nor use the same experimental design, nor measure linear relationships. In the past five years, a number of different algorithms have emerged that learn causal structure in these more complex situations. This special session will bring together researchers working to develop causal learning algorithms that are suitable for real-world science to discuss the latest results, natural extensions, and possibilities for integration of the different techniques.
Topic revision: r17 - 2011-11-23 - 19:26:09 - Main.ddioch2
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