CAREER: Integrating Organizational Style with Environmental Characteristics
NSF IRI-9733004
This award supports the development of a theory of coordination by means
of examining the interactions of various organizational styles with the
environmental characteristics of different problem domains. Organizational
styles can be operationalized as sets of coordination mechanisms that enforce
certain behaviors as part of the style. However, not all coordination behavior
arises from abstract organizational styles; much arises from standard responses
to specific environmental (problem domain) characteristics. This
research aims to extend environment and organization models, represent
standard responses to common environmental problems, and develop operational
specifications for organizational styles. This allows the interactions
between environmental constraints and organizational styles to be reasoned
about analytically. Designers are not doomed to create coordinated systems
with only a few simple organizational behaviors and large numbers of brittle
domain-specific coordination heuristics. Instead, given good environment
models and certain other constraints (often dictated by existing human
organizations), desiginers can make principled choices of computational
organizations and standard environment-influenced coordination behaviors.
This project will result in a much richer set of tools for building and
analyzing both multi-agent computer systems and integrating such systems
with existing human organizations in applications such as distributed information
gathering, distributed scheduling, and concurrent engineering.
Work on this project has not yet started. Here's some pointers to some
previous papers in this general area.
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Keith S. Decker. Task
Environment Centered Simulation. In M. Prietula, K. Carley, and L.
Gasser, editors, Simulating Organizations: Computational Models of Institutions
and Groups. AAAI Press/MIT Press, (forthcoming).
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Keith Decker and Jinjiang Li. Coordinated Hospital
Patient Scheduling. In Proceedings of the Third International Conference
on Multi-Agent Systems, Paris, France, July 1998.
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Keith S. Decker and Victor R. Lesser. Quantitative
modeling of complex environments. International Journal of Intelligent
Systems in Accounting, Finance, and Management, 2(4):215--234, December
1993. Special issue on ``Mathematical and Computational Models of Organizations:
Models and Characteristics of Agent Behavior''. A more complete version
is here.
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M.V. Nagendra Prasad, Keith Decker, Alan Garvey, and Victor Lesser, Exploring
Organizational Designs with TAEMS: A Case Study of Distributed Data Processing.
In Proceedings of the Second International Conference on Multi-agent
Systems, Kyoto, Japan, December1996.
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``Task-Environment Centered Design of Organizations,'' Presented at the
Symposium on Distributed Cognition, 1997 Cognitive Science Conference,
Stanford University, August 1997.
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``Distributed Coordination and Multi-Agent Organizations,'' Presented at
the NSF Workshop on Intelligent Agents, Porto Alegre, Brazil, March 1997.
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``Applying Organization Theory to the Analysis and Design of Multi-Agent
Systems,'' Presented at the NSF Workshop on Coordination Theory and Collaboration
Technology, University of Michigan, March 1995.
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Keith S. Decker and Victor R. Lesser. Task
Environment Centered Design of Organizations. AAAI Spring Symposium
on Computational Organization Design, Stanford University, March 21-23,
1994. An experimental HTML version is located HERE.