Design and development of a ceiling-mounted workshop measurement positioning system for large-scale metrology

Jiarui Lin; Jiaqi Chen; Linghui Yang; Yongjie Ren; Zheng Wang; Patrick Keogh; Jigui Zhu

doi:10.1016/j.optlaseng.2019.105814

Design and development of a ceiling-mounted workshop measurement positioning system for large-scale metrology

Jiarui Lin, Jiaqi Chen, Linghui Yang, Yongjie Ren, Zheng Wang, Patrick Keogh, Jigui Zhu

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Abstract

This paper presents a new ceiling-mounted workshop Measurement Positioning System (C-wMPS) compensating for many deficiencies shown by conventional metrology systems, especially on the possibility of task-oriented designing for coverage ability, measurement accuracy and efficiency. A hybrid calibration system consisting of a high-precision coordinate control field and standard lengths is developed and implemented for the C-wMPS, which can be designed concretely to provide both traceability and the ability of local accuracy enhancement. Layout optimization using a genetic algorithm based on grids is applied to design an appropriate layout of the system, therefore promotes the system’s performance and reduce cost. An experiment carried out at the Guidance, Navigation and Control laboratory (GNC lab, 40×30×12m) validates the prominent characteristic of C-wMPS and the fitness of the new calibration system and layout optimization method.

Original language	English
Article number	105814
Number of pages	16
Journal	Optics and Lasers in Engineering
Volume	124
Early online date	9 Aug 2019
DOIs	https://doi.org/10.1016/j.optlaseng.2019.105814
Publication status	Published - 1 Jan 2020

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- P.S.Keogh@bath.ac.uk
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Cite this

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title = "Design and development of a ceiling-mounted workshop measurement positioning system for large-scale metrology",

abstract = "This paper presents a new ceiling-mounted workshop Measurement Positioning System (C-wMPS) compensating for many deficiencies shown by conventional metrology systems, especially on the possibility of task-oriented designing for coverage ability, measurement accuracy and efficiency. A hybrid calibration system consisting of a high-precision coordinate control field and standard lengths is developed and implemented for the C-wMPS, which can be designed concretely to provide both traceability and the ability of local accuracy enhancement. Layout optimization using a genetic algorithm based on grids is applied to design an appropriate layout of the system, therefore promotes the system{\textquoteright}s performance and reduce cost. An experiment carried out at the Guidance, Navigation and Control laboratory (GNC lab, 40×30×12m) validates the prominent characteristic of C-wMPS and the fitness of the new calibration system and layout optimization method.",

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AU - Lin, Jiarui

AU - Chen, Jiaqi

AU - Yang, Linghui

AU - Ren, Yongjie

AU - Wang, Zheng

AU - Keogh, Patrick

AU - Zhu, Jigui

PY - 2020/1/1

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N2 - This paper presents a new ceiling-mounted workshop Measurement Positioning System (C-wMPS) compensating for many deficiencies shown by conventional metrology systems, especially on the possibility of task-oriented designing for coverage ability, measurement accuracy and efficiency. A hybrid calibration system consisting of a high-precision coordinate control field and standard lengths is developed and implemented for the C-wMPS, which can be designed concretely to provide both traceability and the ability of local accuracy enhancement. Layout optimization using a genetic algorithm based on grids is applied to design an appropriate layout of the system, therefore promotes the system’s performance and reduce cost. An experiment carried out at the Guidance, Navigation and Control laboratory (GNC lab, 40×30×12m) validates the prominent characteristic of C-wMPS and the fitness of the new calibration system and layout optimization method.

AB - This paper presents a new ceiling-mounted workshop Measurement Positioning System (C-wMPS) compensating for many deficiencies shown by conventional metrology systems, especially on the possibility of task-oriented designing for coverage ability, measurement accuracy and efficiency. A hybrid calibration system consisting of a high-precision coordinate control field and standard lengths is developed and implemented for the C-wMPS, which can be designed concretely to provide both traceability and the ability of local accuracy enhancement. Layout optimization using a genetic algorithm based on grids is applied to design an appropriate layout of the system, therefore promotes the system’s performance and reduce cost. An experiment carried out at the Guidance, Navigation and Control laboratory (GNC lab, 40×30×12m) validates the prominent characteristic of C-wMPS and the fitness of the new calibration system and layout optimization method.

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