Maintenance of industrial facilities is a growing hazard due to the cumbersome process needed to identify infrastructure degradation. Digital Twins have the potential to improve maintenance by monitoring the continuous digital representation of infrastructure. However, the time needed to map the existing geometry makes their use prohibitive. We previously developed class segmentation algorithms to automate digital twinning, however a vast amount of annotated point clouds is needed. Currently, synthetic data generation for automated segmentation is non-existent. We used Helios++ to automatically segment point clouds from 3D models. Our research has the potential to pave the ground for efficient industrial class segmentation.
@article{arxiv.2205.03738,
title = {Synthetic Point Cloud Generation for Class Segmentation Applications},
author = {Maria Gonzalez Stefanelli and Avi Rajesh Jain and Sandeep Kamal Jalui and Eva Agapaki},
journal= {arXiv preprint arXiv:2205.03738},
year = {2022}
}