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PC-based off-line programming in the shipbuilding industry: open architecture

Chang‐Sei Kim, Keum‐Shik Hong, Yong‐Seop Han

Year
2005
Citations
7

Abstract

Abstract In this paper, a PC-based off-line programming (OLP) method using the virtual reality modeling language is proposed. The developed OLP system consists of simulation programs, a block-arrangement algorithm, an optimal traveling-path generation algorithm, an automatic robot program generator and the TRIBON CAD interface. The strength of the developed PC-based OLP system lies in its flexibility in handling the changes in the robot's target objects. The operator can generate robot programs very easily and quickly. Possible applications of the developed OLP can be extended to port automation, container loading/unloading processes as well as painting and grinding processes in the shipbuilding industry. Keywords: PC-BASED CONTROLOPEN ARCHITECTUREOFF-LINE PROGRAMMINGCRANE AND SHIPBUILDINGINDUSTRIAL ROBOTVIRTUAL REALITY MODELINGGENETIC ALGORITHM

Keywords

ShipbuildingAutomationRobotFlexibility (engineering)Block (permutation group theory)Computer scienceInterface (matter)Container (type theory)Industrial robotOpen architecture

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