A weighted variance approach for uncertainty quantification in high quality steel rolling
P Wang, Y Lin, R Muroiwa, S Pike… - 2020 IEEE 23rd …, 2020 - ieeexplore.ieee.org
This paper proposes a computer vision framework aimed to segment hot steel sections and
contribute to rolling precision. The steel section dimensions are calculated for the purposes …
contribute to rolling precision. The steel section dimensions are calculated for the purposes …
Computer vision methods for automating high temperature steel section sizing in thermal images
P Wang, Y Lin, R Muroiwa, S Pike… - 2019 Sensor Data …, 2019 - ieeexplore.ieee.org
This paper proposes a solution to autonomously measuring steel sections with images
captured by a monocular, uncalibrated thermal camera. A fast structural random forest …
captured by a monocular, uncalibrated thermal camera. A fast structural random forest …
[PDF][PDF] Fast and cost efficient measuring of geometry and temperature for open-die forging
M Riedel, T Wiese, A Hellmich… - Journal of Machine …, 2019 - bibliotekanauki.pl
In open-die forging it is state of the art to use simulation tools for creating forging plans and
setpoint values for the forging press and the automated part manipulator. These forging …
setpoint values for the forging press and the automated part manipulator. These forging …