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Subject

Development of a Cyber-physical System : A Virtual Autonomous Excavator
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논문 기본 정보

Type
Academic journal
Author
Hong-Seok Park (울산대학교) Ngoc-Tran Le (University of Ulsan)
Journal
Society for Computational Design and Engineering Korean Journal of Computational Design and Engineering Vol.20 No.3 KCI Accredited Journals
Published
2015.9
Pages
298 - 311 (14page)

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Result
Development of a Cyber-physical System : A Virtual Autonomous Excavator
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Abstract· Keywords

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Nowadays, automatic digging operation of an excavator is a big challenge due to the complexity of digging environment, the hardness of soil and buried obstacles into the ground. In order to achieve the maximum soil bucket volume, this paper introduces a novel engineering model that was developed as a virtual excavator in the design phase. Through this model, the designs of mechanical and control systems for autonomous excavator are executed and modified easily before developing in real testbed. Based on a concept of an autonomous excavation, a mechanical system of excavator was first designed in SOLIDWORKS, and a soil model also was modeled by finite-element analysis in ANSYS, both modeled models were then exported to ADAMS environment to investigate the digging behavior through virtual simulation. An intelligent control strategy was generated in MATLAB/Simulink to control the excavator operation. The simulation results were demonstrated by effectiveness of the proposed excavator robot in testing scenarios with many soil types and obstacles.

Contents

ABSTRACT
1. Introduction
2. Analysis of the digging behavior of an autonomous excavator
3. Developing a virtual excavation model based on the virtual technology
4. Strategy for self-adapting excavation behavior
5. Simulation results and discussion
6. Conclusion
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UCI(KEPA) : I410-ECN-0101-2016-580-001923906