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<title>Search and rescue with serpentine robots</title>

Howie Choset, Douglas Hull, Jonathan Luntz, Ellie Shammas, Tarek Rached, Christina C. Dent

Year
2000
Citations
2

Abstract

Serpentine robots offer advantages over traditional mobile robots and robot arms because they have enhanced flexibility and reachability; especially in convoluted environments. These mechanisms are especially well suited for search and rescue operations where making contact with surviving victims trapped in a collapsed building is essential. The same flexibility that makes serpentine robots incredibly useful also makes them difficult to design and control. This paper will describe the current status of serpentine robot design and path planning underway in our research group and point towards future directions of research.

Keywords

RobotReachabilityFlexibility (engineering)Mobile robotRescue robotMotion planningComputer sciencePath (computing)Search and rescueHuman–computer interaction

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