遥感找矿系统

利用遥感找矿系统的高光谱处理分系统可以开展对高光谱遥感图像的数据预处理、不同处理算法下的遥感蚀变信息提取等工作，并在此基础之上开展遥感找矿远景区分析。利用遥感找矿系统的遥感地质云平台分系统可以开展光学与光学图像的融合，光学与雷达图像的融合，光学图像与地球化学异常融合等工作，同时还可以在此基础上开展多光谱蚀变信息提取、蚀变类型分析、蚀变综合处理等工作，利用以上多种遥感找矿信息，开展遥感找矿远景区预测，指导后续工作。

The hyperspectral processing subsystem of the remote sensing ore-prospecting system supports data preprocessing of hyperspectral remote sensing images, extraction of remote sensing alteration information under different processing algorithms, and subsequent analysis of remote sensing ore-prospecting target areas. Additionally, the remote sensing geological cloud platform subsystem of the system enables multiple fusion tasks, including fusion of different optical images, fusion of optical images and radar images, and fusion of optical image data and geochemical anomaly data. Based on these fusion results, it can also carry out operations such as extraction of multispectral alteration information, analysis of alteration types, and comprehensive alteration processing. By utilizing the above diverse remote sensing ore-prospecting information, the subsystem can conduct prediction of remote sensing ore-prospecting target areas to guide subsequent work.

搜集汇总

背景与挑战

背景概述

该数据集是一个用于遥感找矿的系统，主要基于高光谱处理分系统进行遥感图像预处理和蚀变信息提取，并结合遥感地质云平台分系统实现多源数据融合，以支持找矿远景区预测。数据集大小为19.27 GB，覆盖时间范围从2022年至2024年，属于国家青藏高原科学数据中心管理的资源，需通过申请获取。