It is based on stereo vision with consumer digital cameras. The cameras positioning is calibrated using the position of stars in the night sky. An experimental ...
A low-cost cloud height measurement setup are described, based on stereo vision with consumer digital cameras based on the position of stars in the night sky.
Abstract— Clouds are important in weather prediction, climate studies and aviation safety. Important parameters include cloud height, type and cover ...
An optical probe imaging based, fully automatic and rather flexible stereo vision system for 3D coordinate on-line measurement is presented and analyzed. In ...
consists on the automation of the calibration procedure that compensates for the cameras inherent misalignments. Measurement results are compared with ...
Missing: automatic | Show results with:automatic
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This paper addresses automated cloud detection by introducing an image matching based method under a stereo vision framework, and the optimization usage of non ...
Missing: calibration. | Show results with:calibration.
- I2MTC}, title={Cloud Base Height Measurement System Based on Stereo Vision with Automatic Calibration}, year={2016}, month={May}, volume={1}, pages={725 ...
Cloud base height is an important parameter for climate studies as well as aviation safety. Ceilometers or LIDARs can measure this parameter but are usually ...
The system is based on stereovision with low cost digital cameras. •. An automated calibration procedure based on the stars positions is proposed.
Missing: stereo vision
Abstract. We present a novel approach for dense 3D cloud reconstruction above an area of 10×10 km2 using two hemispheric sky imagers with fisheye lenses in ...