Innovative Use of Mobile Laser Scanning in Design and Reconstruction of Facilities
DOI:
https://doi.org/10.51699/ijbde.v4i1.326Keywords:
Mobile Laser Scanning (MLS), Design, Reconstruction, Architectural Heritage, Point Clouds, 3D Modeling, Technologies, Automation, Monitoring, Photogrammetry, Digital Models, Data, Innovations, Construction Industry, UrbanizationAbstract
Mobile Laser Scanning (MLS) technology has significantly transformed the construction industry by enhancing the accuracy and efficiency of design, reconstruction, and restoration processes. MLS uses laser pulses to measure distances and generate point clouds, which are the foundation for creating highly detailed 3D models. These models are instrumental in detecting errors in construction documentation before work begins, reducing costly mistakes. Furthermore, MLS integrates with photogrammetry and cloud technologies, enabling the creation of textured models and real-time data processing, respectively, which aid in decision-making and project management. The application of MLS extends beyond new facility design to include the restoration of historic monuments, where it helps document current conditions and study deformations. Despite its advantages, the implementation of MLS faces challenges, including high equipment costs, the need for specialized personnel, and the large volumes of data that require complex processing systems. The research methodology employed in this study includes a detailed review of MLS equipment, case studies, data analysis, cost-benefit evaluations, and expert interviews. The findings suggest that MLS can substantially improve design accuracy and operational efficiency, but its widespread adoption is hindered by financial and technical barriers. The study highlights the potential for MLS to revolutionize the construction sector, provided that the challenges associated with its implementation are addressed.
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Copyright (c) 2025 Kubaymurodov Davron Ilyasovich, Iskandarov Erkin Burievich, Tulyaganov Zafar Sunnatovich
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