Abstract

AbstractWith the increased usage of building information models (BIMs) during construction, has BIM become a medium for delivering as-built building information. It is important to maintain accurate and up-to-date information stored in a BIM so that it can become a reliable data source throughout the service life of a facility. Laser scanning technology is able to capture accurate geometric data in the form of a point cloud and to depict the existing condition of a building. Hence, point cloud data captured by laser scans can be used as references to update a given BIM. An important step during the update process is to match segments of elements captured by a point cloud to building components modeled in a BIM, so that the discrepancies between the two data sets can be identified. Typically, features depicted within point cloud segments and BIM components are used in the matching process. However, understanding is limited regarding which features enable the matching process and how these features perform....

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