智能算法在工程竣工测绘数据自动校验中的应用

Application of Intelligent Algorithms in Automatic Verification of Engineering Completion Surveying Data

摘要:

针对工程竣工测绘数据人工校验存在的效率低下、校验精度难以保障等问题,文中探索了基于智能算法实现测绘数据自动化校验的技术路径。结合工程竣工测绘数据的多维度特征,构建了基于空间拓扑关系的几何校验算法与基于规则引擎的属性匹配算法,通过设计数据预处理、算法集成、差异化结果呈现的全流程自动化校验体系,形成了一套完备的工程竣工测绘数据智能校验方案。研究旨在以算法赋能提升竣工测绘数据的处理效率与成果可信度,为测绘数据的后续应用提供了基础。

Abstract:

Aiming at the problems of low efficiency and unguaranteed verification accuracy in the manual verification of engineering completion surveying and mapping data, this paper explores the technical path of realizing automatic verification of surveying and mapping data based on intelligent algorithms. Combined with the multi-dimensional characteristics of engineering completion surveying and mapping data, a geometric verification algorithm based on spatial topological relations and an attribute matching algorithm based on rule engine are constructed. By designing a full-process automatic verification system including data preprocessing, algorithm integration and differentiated result presentation, a complete intelligent verification scheme for engineering completion surveying and mapping data is formed. The study aims to use algorithms to enhance the efficiency of processing as-built survey data and improve the reliability of the results, thereby laying the groundwork for the subsequent application of survey data.