Research on Data Integration of Construction Engineering Geological Investigation Based on Multidimensional Association Rules
With the increase of complexity of construction projects,higher requirements are put forward on various aspects such as accurate integration of geological survey data.In order to solve the problem of integrating geological survey data for construction projects,the frequent pattern growth tree strategy is used to extract multidimensional association rules to optimize the data quality,and the inverse distance weighted interpolation method is used to construct a high-precision three-dimensional geological body model.At the same time,the model is optimized by C language programming to achieve accurate fitting with the geological model.The results show that using this method to integrate geological data in engineering surveys improves the overlay rule accuracy and realizes a high degree of integration between the BIM model and the geological body.The method provides a new effective path for the integration of geological survey data and BIM model construction,which has significant application potential and promotion value.
multidimensional association rulesgeological investigationdata integration3D modelinggeological model
万方数据
维普
