基于定量数据的全域旅游项目设计优化与分析  

Optimization and Analysis of Holistic Tourism Project Design Based on Quantitative Data

作　　者：陈宇 庄淏 钟晖[1] 贾雨萱 Chen Yu;Zhuang Hao;Zhong Hui;Jia Yuxuan(Faculty of Art and Communication,Kunming University of Science and Technology,Kunming,Yunnan 650031)

机构地区：[1]昆明理工大学艺术与传媒学院,云南昆明650031

出　　处：《中国商论》2025年第5期63-67,共5页China Journal of Commerce

基　　金：教育部国家级一流专业建设点环境设计专业建设阶段成果(3320109620210144);教育部第二批国家一流课程;教育部在线教育研究中心“拓金计划”示范课程教学研究阶段成果。

摘　　要：本文基于云南大洼村乡村振兴项目,着眼于前期数据的定量分析,旨在为后续设计提供科学支撑。本文通过运用无人RTK数据采集技术,建立了大洼村的高精度实景三维模型,并利用点云数据进行深入GIS分析。本文采用多源数据融合的方式,将无人机航拍获取的倾斜影像数据与点云数据相结合,准确还原了研究区域的地形地貌、建筑结构及自然资源分布情况。基于对点云数据的处理与分析,提取了关键地形特征,为设计方案的制订提供了数据依据。这一方法不仅提高了设计的精确度与可操作性,还为未来乡村旅游和景观规划的数字化设计提供了参考。本文通过对点云数据和实景建模技术的应用,展示了科技在乡村振兴中的创新性实践,探索了数据驱动下的乡村开发新路径。This study is based on the rural revitalization project of the Dawa Village in Yunnan,focusing on the quantitative analysis of early-stage data to provide scientific support for subsequent design processes.In this paper,by using unmanned RTK data acquisition technology,a high-precision real-world 3D model of Dawa village is established and in-depth GIS analysis is carried out using point cloud data.A multisource data fusion approach was adopted,combining oblique imagery from drone aerial photography with point cloud data to accurately reconstruct the terrain,building structures,and natural resource distribution in the research area.Key terrain features were extracted from the processed and analyzed point cloud data,providing a data-driven basis for the development of design schemes.This method not only enhanced the accuracy and feasibility of the design,but also offered a reference for future digital landscape planning and rural tourism development.Through the application of point cloud data and real-scene modeling technology,this paper demonstrates the innovative practice of technology in rural revitalization,and explores new data-driven pathways for rural development.

关 键 词：点云数据分析 实景三维建模 无人机数据采集 数据定量分析 乡村振兴 旅游规划设计 数字化设计 多源数据融合 景观规划 

分 类 号：F303.1[经济管理—产业经济] F590