Stereoscopic vision high-precision measurement method based on cloud computing, and storage medium

The invention discloses a stereoscopic vision high-precision measurement method based on cloud computing, and a storage medium. The stereoscopic vision high-precision measurement method comprises thesteps of: shooting at least three pieces of digital image data containing a certain point to be measu...

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Hauptverfasser: WEN SHUSHENG, DING YONGXIANG, LIU GUOGUANG, MA RAN, ZHOU GUANGHAI, HUANG HAIFENG, YAN SHAOXIA, LI NING, ZHANG LONGYAO, ZHAO RUIDONG, PAN WEIFENG, XU DANLONG, YAN ZHIYUAN, CHEN YIJUN, ZHUANG SUOZENG, WANG JIANGLIN, MA YUAN, XIAO HAOWEI, FANG DONGCHENG, TAO CHAO, YANG YI, HAO ZHIGANG, WEI JINCHAO, HUANG JINGFENG
Format: Patent
Sprache:chi ; eng
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Zusammenfassung:The invention discloses a stereoscopic vision high-precision measurement method based on cloud computing, and a storage medium. The stereoscopic vision high-precision measurement method comprises thesteps of: shooting at least three pieces of digital image data containing a certain point to be measured by means of a camera and acquiring GNSS data of coordinates of the camera when the camera is shooting the point to be measured; calculating to obtain attitude and position data of the digital image data based on the digital image data and the GNSS data; and acquiring three-dimensional coordinates of the point to be measured based on the attitude and position data. The stereoscopic vision high-precision measurement method obtains the attitude and position data of the digital image data through acquiring the digital image data containing the point to be measured and GPS data, obtains the real three-dimensional space coordinates of the point to be measured through bundle adjustment based on the attitude and positi