EXCALIBUR Adaptive Constraint-Based Agents in Artificial Environments |
[DOCUMENTATION] | [Preface] [Introduction] [Local] [SCSP] [Model] [Application] [Conclusion] |
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The previous chapters have provided basic specification and solving techniques that can be used to handle the agents' planning. This chapter introduces a planning model that makes use of these techniques.
The model focuses on resources. A resource consists of a temporal projection of a specific property's state (also called state variable or fluent) and a set of internal constraints, such as possible values and possible state transitions. A resource is also subject to further constraints induced by the plan, such as preconditions and state changes. Numerical as well as symbolic properties are uniformly treated as resources. For example, a production unit's Task Assignment, a battery's Power and the state of a Door are all resources:
[DOCUMENTATION] | [Preface] [Introduction] [Local] [SCSP] [Model] [Application] [Conclusion] |
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Last update:
May 13, 2002 by Alexander Nareyek