How can augmented reality enable the construction of complex geometries?

Abstract

Complex geometries require much guidework and preconstruction processing in order to be built. By introducing augmented reality software and hardware to the construction process, one can greatly reduce the resources used and time on any project. In this paper, two augmented reality software, Fologram and Twinbuild, are used in specifically designed tests that aim to determine the strength and weakness of each software. It was found that the two software reduce the time necessary for build as well as provide precise model placement with very miniscule inaccuracies. The main weaknesses associated with AR mostly stem from the limitations of the hardware, like difficulties using the headset in an outdoor setting and the battery life. Ultimately, augmented reality systems are becoming more viable options in the construction industry.