The results of quantity take-off (QTO) based on building information modeling (BIM)
technology rely heavily on the geometry and semantics of 3D objects that may vary among …

Manual quantity takeoff using two-dimensional (2D) drawings and personal knowledge is
error-prone and time-consuming. Theoretically, quantity can be automatically calculated …

An important set of information provided through Building Information Modeling (BIM)
platforms are quantitative properties of design elements and assemblies. The capability to …

Industry domains require distinct data and structures of building information models
developed and tailored for their disciplines. To seamlessly exchange the building …

One main gap in the automation of construction quantity takeoff (QTO) is the lack of a
systematic method to address building information models (BIMs) created from different BIM …

In the construction industry, a large number of codes and guidelines define technical
specifications and standardized requirements to ensure a building's structural stability …

Reliable construction project cost estimation relies on accurate quantity takeoffs (QTOs),
traditionally done with error-prone 2-D drawings, but the emergence of Building Information …

The delivery of products and services for construction-based businesses is increasingly
becoming knowledge-driven and information-intensive. The proliferation of building …

In building information modeling (BIM), the model is a digital representation of physical and
functional characteristics of a facility and contains enriched product information pertaining to …

Knowledge Management (KM) is a business management technique that promises
improved competitive advantage among other benefits for an organization. The application …