Autonomous Recognition of Multiple Cable Topology with Image
Dept. of Aerosp. Eng., Tokyo Univ.DOI: 10.1109/SICE.2006.315754 Conference: SICE-ICASE, 2006. International Joint Conference
Source: IEEE Xplore
From industrial situation to ordinary life, there are a lot of cables in today's society. There, however, are not many studies that describe the topological relationship between multiple cables for autonomous operation of robotics device. In this paper, an autonomous computing way to create 3D topological model of multiple cables using image is discussed. Cable model is described by probability density function and optimized its parameters via EM algorithm, that indicates the configuration and topological relationships. In order to manipulate the object cables then, depth from sensor to points are added to the unique points in topological graph structure derived from EM model. The quantitative results of basic experiment that was aimed to prove the recognition possibility via the algorithm are reported
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ABSTRACT: In this paper, the development of a robot car wiring system is addressed. It is designed to be used for automatically assembling wire harness into a car body. This operation is among the most difficult tasks of vehicle assembly and is not yet automated. Based on an analysis of the requirements for a robot car wiring system, we propose a solution which is capable of automatically completing assembly of wire harness into instrument panel frame of a car. The development of its prototype experimental system and the results of its verification experiments are described.01/2008; DOI:10.1109/AIM.2008.4601774
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