The Development of Vision-Guidance System of a Robotic Carrier
碩士 === 大同大學 === 機械工程學系(所) === 104 === The Smart Robot Carrier is operated through automatic visual recognition and the assistant of camera, computer and DAQ Interface. Our Smart Robot Carrier is weight near 150Kg which is below 200Kg and classify as Super Light EV. The carrier suits the condition of...
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ndltd-TW-104TTU053110062017-02-17T16:17:02Z http://ndltd.ncl.edu.tw/handle/13211944022937155697 The Development of Vision-Guidance System of a Robotic Carrier 智慧機器人載具之視覺導引系統開發 Tzu-min Yang 楊子民 碩士 大同大學 機械工程學系(所) 104 The Smart Robot Carrier is operated through automatic visual recognition and the assistant of camera, computer and DAQ Interface. Our Smart Robot Carrier is weight near 150Kg which is below 200Kg and classify as Super Light EV. The carrier suits the condition of escalating environmental protection consciousness and environmental policy due to the use of a wheel motor which is powered by a rechargeable LFP battery. The research is about carrier control through automatic image recognition and carrier market analysis. The visual recognition consists of image acquired through a webcam and programs designed through LabVIEW2013. The visual recognition programs will identify different colors, track the color variation and generate routes for the carrier under the circumstance of zero obstacle and sufficient light. The market analysis, which is based on former mentioned carrier, is designed to understand the market structure of the Electric Vehicle at this moment through market evaluation, carrier cost evaluation and marketing analysis. In this paper for Vision-guidance system in front of the Webcam target at 5 kilometers per hour forward and steering guide in action. Ming-Guo Her 何明果 2016 學位論文 ; thesis 106 zh-TW |
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碩士 === 大同大學 === 機械工程學系(所) === 104 === The Smart Robot Carrier is operated through automatic visual recognition and the assistant of camera, computer and DAQ Interface. Our Smart Robot Carrier is weight near 150Kg which is below 200Kg and classify as Super Light EV. The carrier suits the condition of escalating environmental protection consciousness and environmental policy due to the use of a wheel motor which is powered by a rechargeable LFP battery.
The research is about carrier control through automatic image recognition and carrier market analysis. The visual recognition consists of image acquired through a webcam and programs designed through LabVIEW2013. The visual recognition programs will identify different colors, track the color variation and generate routes for the carrier under the circumstance of zero obstacle and sufficient light.
The market analysis, which is based on former mentioned carrier, is designed to understand the market structure of the Electric Vehicle at this moment through market evaluation, carrier cost evaluation and marketing analysis.
In this paper for Vision-guidance system in front of the Webcam target at 5 kilometers per hour forward and steering guide in action.
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author2 |
Ming-Guo Her |
author_facet |
Ming-Guo Her Tzu-min Yang 楊子民 |
author |
Tzu-min Yang 楊子民 |
spellingShingle |
Tzu-min Yang 楊子民 The Development of Vision-Guidance System of a Robotic Carrier |
author_sort |
Tzu-min Yang |
title |
The Development of Vision-Guidance System of a Robotic Carrier |
title_short |
The Development of Vision-Guidance System of a Robotic Carrier |
title_full |
The Development of Vision-Guidance System of a Robotic Carrier |
title_fullStr |
The Development of Vision-Guidance System of a Robotic Carrier |
title_full_unstemmed |
The Development of Vision-Guidance System of a Robotic Carrier |
title_sort |
development of vision-guidance system of a robotic carrier |
publishDate |
2016 |
url |
http://ndltd.ncl.edu.tw/handle/13211944022937155697 |
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