A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
3D reconstruction in underground utilities
Abstract Underground utilities (UU) play a vital role in modern life. Creating an accurate, up-to-date, and comprehensive digital representation of underground infrastructure has become a top priority for the infrastructure planning, (re)development, construction recording, and safety management of UU projects. However, both industry and academia lack a common understanding of the latest progress, challenges, and decision-making frameworks for UU 3D reconstruction technologies. Therefore, 323 related articles are investigated and provides a scientific basis for selecting different technologies for various scenarios. First, the advantages, limitations, and the best performance of each technique are analyzed. Second, the current applications of UU 3D reconstruction are reviewed. Third, a decision-making framework is proposed for selecting 3D reconstruction technologies to help stakeholders scientifically choose appropriate technology routes. Finally, limitations and future work in this field are discussed.
Graphical abstract Display Omitted
Highlights 323 underground utilities related articles are reviewed in this study. The advantages, limitations, and best performance of different 3D reconstruction techniques are analyzed. A review of current applications status of underground utilities 3D reconstruction is provided. A decision-making framework is proposed to help stakeholders select the most suitable 3D reconstruction technology. Challenges and future works of the existing underground utilities 3D reconstruction technologies are suggested.
3D reconstruction in underground utilities
Abstract Underground utilities (UU) play a vital role in modern life. Creating an accurate, up-to-date, and comprehensive digital representation of underground infrastructure has become a top priority for the infrastructure planning, (re)development, construction recording, and safety management of UU projects. However, both industry and academia lack a common understanding of the latest progress, challenges, and decision-making frameworks for UU 3D reconstruction technologies. Therefore, 323 related articles are investigated and provides a scientific basis for selecting different technologies for various scenarios. First, the advantages, limitations, and the best performance of each technique are analyzed. Second, the current applications of UU 3D reconstruction are reviewed. Third, a decision-making framework is proposed for selecting 3D reconstruction technologies to help stakeholders scientifically choose appropriate technology routes. Finally, limitations and future work in this field are discussed.
Graphical abstract Display Omitted
Highlights 323 underground utilities related articles are reviewed in this study. The advantages, limitations, and best performance of different 3D reconstruction techniques are analyzed. A review of current applications status of underground utilities 3D reconstruction is provided. A decision-making framework is proposed to help stakeholders select the most suitable 3D reconstruction technology. Challenges and future works of the existing underground utilities 3D reconstruction technologies are suggested.
3D reconstruction in underground utilities
Su, Yang (author) / Wang, Jun (author) / Wang, Xiangyu (author) / Yao, Yuan (author) / Shou, Wenchi (author)
2023-09-19
Article (Journal)
Electronic Resource
English
TIBKAT | Issue 1 (spring 2012)-
British Library Online Contents | 1993