基于多维关联规则的建筑工程地质勘察数据整合研究

Research on Data Integration of Construction Engineering Geological Investigation Based on Multidimensional Association Rules

随着建筑工程复杂性的增加,对地质勘察数据的精确整合等各方面提出了更高要求。为解决建筑工程地质勘察数据整合问题,运用频繁模式增长树策略提取多维关联规则以优化数据质量,并采用倒数距离加权插值法构建高精度三维地质体模型。同时,以C语言编程优化模型,实现与地质模型的精确拟合。结果表明:运用该方法在工程勘察中整合地质数据,提高了叠置规则精确度,实现了BIM模型与地质体的高度一体化。该方法为地质勘察数据整合与BIM模型构建提供了新的有效路径,具有显著的应用潜力和推广价值。

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 fiting 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.