Applying Computer Vision Techniques for Inclination Monitoring in Drainage Gallery

碩士 === 國立中興大學 === 土木工程學系所 === 105 === The research analyzes the relationship between the position of coordinate and the displacement by applying the coordinate of surveyor’s beacon of the image on the horizontal tilt meter OT-1401. In order to measure the displacement after the inclination of the ho...

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Main Authors: Bo-Yan Wang, 汪柏諺
Other Authors: 蘇苗彬
Format: Others
Language:zh-TW
Published: 2017
Online Access:http://ndltd.ncl.edu.tw/handle/30421298975082369636
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spelling ndltd-TW-105NCHU50150972017-11-12T04:39:01Z http://ndltd.ncl.edu.tw/handle/30421298975082369636 Applying Computer Vision Techniques for Inclination Monitoring in Drainage Gallery 應用電腦視覺技術做排水廊道傾斜變形之監測 Bo-Yan Wang 汪柏諺 碩士 國立中興大學 土木工程學系所 105 The research analyzes the relationship between the position of coordinate and the displacement by applying the coordinate of surveyor’s beacon of the image on the horizontal tilt meter OT-1401. In order to measure the displacement after the inclination of the horizontal tilt meter, the Raspberry Pi microcomputer camera and Open CV procedure as well as the Chessboard shoot were utilized in the study. The research made use of the Raspberry Pi microcomputer camera to take photo of the Chessboard’s beacon. In the image, there are nine coordinate points which will change if the horizontal tilt meter inclines. Using the relationship of the pixel and the distance, we found the difference between the angle of inclination read from the image and the actual one. At the same time, we verified the inclination deflection of the computer vision with the help of the SCA121T-D07 tilt meter. According to the laboratory experiment, the carrier and camera used can read the angle within two degrees and can reach 0.0333 degree by minimum. By analyzing the one-month spot data in the outdoor experiment, we found some small change which was tiny but still did not arrive at the minimum range of measurement (approximately 0.0333 degree). As a whole, the reading of both the X and Y coordinate were stable so the inclination deflection instrument of the computer vision can be applied to the deformation monitoring of the drainage gallery 蘇苗彬 2017 學位論文 ; thesis 81 zh-TW
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language zh-TW
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description 碩士 === 國立中興大學 === 土木工程學系所 === 105 === The research analyzes the relationship between the position of coordinate and the displacement by applying the coordinate of surveyor’s beacon of the image on the horizontal tilt meter OT-1401. In order to measure the displacement after the inclination of the horizontal tilt meter, the Raspberry Pi microcomputer camera and Open CV procedure as well as the Chessboard shoot were utilized in the study. The research made use of the Raspberry Pi microcomputer camera to take photo of the Chessboard’s beacon. In the image, there are nine coordinate points which will change if the horizontal tilt meter inclines. Using the relationship of the pixel and the distance, we found the difference between the angle of inclination read from the image and the actual one. At the same time, we verified the inclination deflection of the computer vision with the help of the SCA121T-D07 tilt meter. According to the laboratory experiment, the carrier and camera used can read the angle within two degrees and can reach 0.0333 degree by minimum. By analyzing the one-month spot data in the outdoor experiment, we found some small change which was tiny but still did not arrive at the minimum range of measurement (approximately 0.0333 degree). As a whole, the reading of both the X and Y coordinate were stable so the inclination deflection instrument of the computer vision can be applied to the deformation monitoring of the drainage gallery
author2 蘇苗彬
author_facet 蘇苗彬
Bo-Yan Wang
汪柏諺
author Bo-Yan Wang
汪柏諺
spellingShingle Bo-Yan Wang
汪柏諺
Applying Computer Vision Techniques for Inclination Monitoring in Drainage Gallery
author_sort Bo-Yan Wang
title Applying Computer Vision Techniques for Inclination Monitoring in Drainage Gallery
title_short Applying Computer Vision Techniques for Inclination Monitoring in Drainage Gallery
title_full Applying Computer Vision Techniques for Inclination Monitoring in Drainage Gallery
title_fullStr Applying Computer Vision Techniques for Inclination Monitoring in Drainage Gallery
title_full_unstemmed Applying Computer Vision Techniques for Inclination Monitoring in Drainage Gallery
title_sort applying computer vision techniques for inclination monitoring in drainage gallery
publishDate 2017
url http://ndltd.ncl.edu.tw/handle/30421298975082369636
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