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Creating animations of a human figure performing a task requires that the agent interact with objects in the environment in a realistic way. Agent-object interaction is not completely specified from a task description alone. In this paper we sketch an architecture for the Object-Specific Reasoner (OSR), an intermediate planning module which tailors high-level plans to the specifics of the agent and objects. As plans are elaborated, the OSR generates a sequence of motion directives which are ultimately executed by a simulator. Descriptions of failures can be used to identify possible tools for the agent to use. An Object-Specific Reasoner is necessary in a system which allows an agent, equipped with a set of action behaviors, to interact in a semiautonomous fashion with the world.
object manipulation, motion planning, animation, tools
Levison, L., & Badler, N. I. (1994). How Animated Agents Perform Tasks: Connecting Planning and Manipulation Through Object-Specific Reasoning. Retrieved from http://repository.upenn.edu/hms/78
Date Posted: 09 August 2007