A Construction Classification System Database for Understanding Resource Use in Building Construction
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Welcome to the Construction Classification System Database for Understanding Resource Use in Buildings. This database provides a novel dataset and a building material data structure to facilitate study of resource use in building design and construction. The ontology developed for this database uses UniFormat (CSI and CSC, 2010) in conjunction with MasterFormat (CSI and CSC, 2016) for organizing and storing the building material data. The dataset was developed by collecting design or construction drawings for the studied buildings and performing material take-offs based on the drawings. The ontology is based on Uniformat and MasterFormat to facilitate interoperability with existing construction management practices, and to suggest a standardized structure for future MI studies. The structure of the database and these guidelines builds on the structure presented by (Heeren & Fishman, 2019). The initial database version is created by the research team supervised by Prof. Shoshanna Saxe at the University of Toronto and submitted to the journal Scientific Data (Guven et al. 2021) in October 2021 to describe the dataset and the associated methods and details. Thank you for considering contributing to the database. Data contributors must follow the steps detailed below and must ensure that their inputs do not infringe any intellectual property or copyright agreements. References i. CSI and CSC. (2010). UniFormat - A Uniform Classification of Construction Systems and Assemblies. Constructions Specification Institute (CIS) and Construction Specifications Canada (CSC). ii. CSI and CSC. (2016). MasterFormat Numbers & Titles (pp. 1–186). pp. 1–186. Constructions Specification Institute (CIS) and Construction Specifications Canada (CSC). iii. Guven, G., Arceo, A., Bennett, A., Tham, M., Olanrewaju, B., McGrail, M., Isin, K., Olson, A.W., and Saxe, S. (2021). “A Construction Classification System Database for Understanding Resource Use in Building Construction”, submitted October XX, 2021 to Scientific Data, Nature. iv. Heeren, N., & Fishman, T. (2019). A database seed for a community-driven material intensity research platform. Scientific Data, 1–10. https://doi.org/10.1038/s41597-019-0021-x
欢迎使用面向建筑资源利用研究的建筑分类系统数据库。 本数据库提供一套新颖的数据集与建筑材料数据结构，以助力建筑设计与施工阶段的资源利用相关研究。 为本数据库开发的本体采用统一格式分类法（UniFormat，CSI与CSC，2010）与主格式分类法（MasterFormat，CSI与CSC，2016）相结合的方式，用于建筑材料数据的组织与存储。 本数据集通过收集研究对象建筑的设计或施工图纸，并基于图纸开展材料工程量统计工作而构建。 该本体以统一格式分类法与主格式分类法为基础，旨在实现与现有施工管理实践的互操作性，并为未来的材料强度（MI）研究提供标准化架构。 本数据库的架构与本指南的框架均基于Heeren与Fishman（2019）提出的架构进行构建。 本数据库的初始版本由多伦多大学Shoshanna Saxe教授领衔的研究团队开发，并于2021年10月提交至《科学数据（Scientific Data）》期刊（Guven等，2021）以阐述本数据集及其相关方法与细节。 感谢您考虑为本数据库贡献数据。数据贡献者需遵循下文详述的步骤，并确保其提交的内容不侵犯任何知识产权或版权协议。 参考文献： i. 美国建筑规格协会（CSI）与加拿大建筑规格协会（CSC）. (2010). 统一格式分类法——建筑系统与组件统一分类体系. 美国建筑规格协会（CSI）与加拿大建筑规格协会（CSC）. ii. 美国建筑规格协会（CSI）与加拿大建筑规格协会（CSC）. (2016). 主格式分类法编号与名称（第1-186页）. 第1-186页. 美国建筑规格协会（CSI）与加拿大建筑规格协会（CSC）. iii. Guven, G., Arceo, A., Bennett, A., Tham, M., Olanrewaju, B., McGrail, M., Isin, K., Olson, A.W. 及 Saxe, S. (2021). 《面向建筑施工资源利用研究的建筑分类系统数据库》，2021年10月提交至《科学数据（Scientific Data）》（Nature出版集团）. iv. Heeren, N. 与 Fishman, T. (2019). 面向社区驱动型材料强度研究平台的数据库雏形. 《科学数据》, 1-10. https://doi.org/10.1038/s41597-019-0021-x
