... for underwater computer vision processing and edge computing. The goal is to build a time-efficient and cost-effective system for underwater pipeline inspection that can detect oil leakage at early stages and prevent disastrous results. In this paper, we introduced a bio-inspired autonomous underwater vehicle...

... deviate template structure slow varying displacement upstream oil & gas conductor equinor wellhead lift artificial intelligence wellhead system camera kit accelerometer-based monitoring computer vision well growth monitoring offshore technology conference prototype Introduction...

... in this research will be addressed. machine learning engineering constraint deep learning detection information diagram wellbore schematic file ground-truth box neural network offshore technology conference computer vision annotation wellbore schematic software detector upstream oil & gas...

... artificial intelligence pose prediction network computer vision photometric error autonomous operation generative adversarial network dataset discriminator depth map simulator deep learning sequence neural network machine learning evaluation video J. Copley , "Mapping the deep...

.... , Sun J. : Deep Residual Learning for Image Recognition . IEEE Conference on Computer Vision and Pattern Recognition (CVPR) pp 770 – 778 . 2016 . Hochreiter S. , Schmidhuber J. : Long short-term memory . Neural Computation , vol. 9 , no. 8 , pp. 1735 – 1780 , 1997...

... these sub-processes on the rig. In this paper, we outline a deep learning-based computer vision method to analyze and measure such sub-processes within the overall drilling connection process using a real-time video feed. Video of the drilling connections is streamed in real-time using a novel...

... algorithm obstacle avoidance algorithm sensor sonar machine learning artificial intelligence application offshore technology conference vehicle sequence obstacle state vector tracking homography estimation transformation otc 12001 computer vision video processing proceedings...