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- catalog abstract "The argument of this paper is that it is possible to focus on the structural complexity of system dynamics models to design a partition strategy that maximizes the test points between the model and the real world, and a calibration sequence that permits an incremental development of model confidence. It further argues that graph theory could be used as a basis for making sense of the structural complexity of system dynamics models, and that this structure could be used as a basis for more formal analysis of dynamic complexity. After reviewing the graph representation of system structure, the paper presents the rationale and algorithms for model partitions based on data availability and structural characteristics. Special attention is given the decomposition of cycle partitions that contain all the models feedback loops, and a unique and granular representation of feedback complexity is derived. The paper concludes by identifying future research avenues in this arena.".
- catalog contributor b13136784.
- catalog contributor b13136785.
- catalog created "c2003.".
- catalog date "2003".
- catalog date "c2003.".
- catalog dateCopyrighted "c2003.".
- catalog description "Includes bibliographical references.".
- catalog description "The argument of this paper is that it is possible to focus on the structural complexity of system dynamics models to design a partition strategy that maximizes the test points between the model and the real world, and a calibration sequence that permits an incremental development of model confidence. It further argues that graph theory could be used as a basis for making sense of the structural complexity of system dynamics models, and that this structure could be used as a basis for more formal analysis of dynamic complexity. After reviewing the graph representation of system structure, the paper presents the rationale and algorithms for model partitions based on data availability and structural characteristics. Special attention is given the decomposition of cycle partitions that contain all the models feedback loops, and a unique and granular representation of feedback complexity is derived. The paper concludes by identifying future research avenues in this arena.".
- catalog extent "29 p. :".
- catalog isPartOf "Working paper (Harvard Business School. Division of Research) ; 04-016.".
- catalog isPartOf "Working paper / Division of Research, Harvard Business School ; 04-016".
- catalog issued "2003".
- catalog issued "c2003.".
- catalog language "eng".
- catalog publisher "[Boston] : Division of Research, Harvard Business School,".
- catalog title "Model structure analysis through graph theory : partition heuristics and feedback structure decomposition / Rogelio Oliva.".
- catalog type "text".