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A Systematic Robot Fault-Tolerance Approach

Bingu Shim, Beomho Baek, Sooyong Park

Year
2009
Citations
2

Abstract

This paper introduces a systematic approach to suggesting proper fault-tolerance techniques for robots. We classified general robot faults into six types, and developed a UML profile to organize and model a dependancy structure of existing fault-tolerance techniques. In future, we will organize fault-tolerance techniques into the form of the UML profile and determine the relationships between each fault and techniques.

Keywords

Fault toleranceUnified Modeling LanguageComputer scienceSoftware fault toleranceRobotFault (geology)Reliability engineeringSoftware engineeringDistributed computingArtificial intelligence

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