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UM-PRS: An implementation of the procedural reasoning system for multirobot applications

Jaeho Lee, Marcus J. Huber, Edmund H. Durfee, Patrick Kenny

Year
1994
Citations
116
Access
Open access

Abstract

The Procedural Reasoning System (PRS) is used in applications where predetermined situations might arise. The UM-PRS provides a reasoning system that represents robotic applications even in unpredictable domains, such as the robotic reconnaissance task domain outlined here. UM-PRS incorporates a changing context, rather than relying solely on a prearranged plan. The UM-PRS here provides representation important in the reasoning and interface between a mission plan and the executable map of an outdoor vehicle that changes its behavior based on what it comes in contact with in its environment. PRS is thus used in the dynamic control of such a vehicle, providing the basis for coordinating the joint task of multiple robotic vehicles by the their individual observations and representation.

Keywords

ExecutableTask (project management)Computer scienceContext (archaeology)Human–computer interactionRepresentation (politics)Domain (mathematical analysis)Plan (archaeology)Artificial intelligenceEngineering

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