融合多源遥感与云平台的水工环地质勘查新技术研究  

Research on New Technology of Hydraulic Environment Geological Survey Integrating Multi-source Remote Sensing and Cloud Platform

作　　者：沈秋华 赵燕 SHEN Qiuhua;ZHAO Yan(Guangdong Nonferrous Metals Engineering Investigation Design Institute,Guangzhou 510080,China)

机构地区：[1]广东有色工程勘察设计院,广州510080

出　　处：《华南地震》2023年第2期90-96,共7页South China Journal of Seismology

摘　　要：通过对融合多源遥感与云平台的水工环地质勘查新技术进行研究,利用多源遥感技术获取水工环地质数据,处理并提取关键遥感信息,完成对水工环地质问题的解译。基于基础设施云平台构建水工环地质信息云平台,云平台可存储与显示全部由多源遥感技术获取并解译的水工环地质问题,达到对水工环地质信息的社会化共享目的。结果表明:多源遥感技术的应用能够基本查明水工环地质构造分布特征,对各种类型的不良地质进行解译,水工环地质信息服务平台利用云计算、大数据等相关技术,可实现基于多源遥感技术解译的各类水工环地质数据的汇交与共享。This paper studies the new technology of hydraulic environment geological survey integrating multi-source remote sensing and cloud platform.The multi-source remote sensing technology is used to obtain hydraulic environment geological data,process and extract key remote sensing information,and complete the interpretation of hydraulic environment geological problems.Based on the infrastructure cloud platform,the hydraulic environment geological information cloud platform is built,which can store and display all the hydraulic environment geological problems obtained and interpreted by multi-source remote sensing technology,so as to achieve the purpose of social sharing of hydraulic environment geological information.The results show that the application of multi-source remote sensing technology can basically identify the distribution characteristics of hydraulic environment geological structures and interpret various types of bad geology.By using cloud computing,big data and other related technologies,the hydraulic environment geological information service platform can realize the convergence and sharing of all kinds of hydraulic environmental geological data based on the interpretation of multi-source remote sensing technology.

关 键 词：遥感技术 云平台 KPO定位技术 

分 类 号：TP75.79[自动化与计算机技术—检测技术与自动化装置]