搜索资源列表
光谱数据多元散射校正MSC预处理程序
- 光谱数据多元散射校正MSC预处理程序，对光谱数据进行建模前的预处理-Multiplicative scatter correction MSC spectral data pre-processing procedures, modeling of spectral data pre-processing before
hyperspectral-data-processing 高光谱数据处理基本算法
- 高光谱数据处理基本算法，异常点检测，端元提取，丰度图K均值聚类，PCA算法-anomalydetection endmemberExtraction Kmeansclustering by abundancemap PCA NAPCA
Successive-Projections-Algorithm
- 主要用于近红外光谱处理中光谱特征选择，是目前近红外光谱数据处理的重要方法之一。-Successive Projections Algorithm for NIR data analysis
AdaptiveFeatureSelectionforHyperspectralDataAnalys
- 高光谱数据分析中的自适应特征提取算法adaptive feature selection-Hyperspectral data analysis adaptive feature extraction algorithm adaptive feature selection
tejo07Support
- 支持向量机在高光谱数据处理与分析中的应用-Support Vector Machine in hyperspectral data processing and analysis
yuchuli
- 这里介绍了近红外光谱的数据预处理与研究，主要介绍了平滑、求导等种数据处理方法-Here introduced the near-infrared spectroscopy of the data pre-processing and research, mainly introduced smooth derivation types of data processing methods, etc.
genpls
- 结合于遗传算法的偏最小二乘 光谱数据与非光谱数据均可使用-Combination of genetic algorithm in the partial least-squares spectral data with non-spectral data can be used
ENVI_hyperspectral_processing
- ENVI高光谱处理，展示如何使用ENVI先进的高光谱工具对多光谱数据进行分析。要更好地理解高光谱处理的概念及其工具，请参见ENVI高光谱辅导指南-Show how to use the ENVI hyperspectral tools of advanced multi-spectral data analysis. To better understand the concept of hyperspectral processing and its tools, please see the
代码v2
- 文件是岩心成像光谱数据拼接程序，主程序是zcd1，直接运行就可以。有完备的GUI代码，可供学习使用。(The file is core imaging spectral data splicing program, the main program is zcd1, direct operation can be. Complete GUI code, available for learning to use.)
spectra preprocess
- 实现光谱数据的预处理，去除背景和基线漂移，具有非常好的效果，已经试验成功。(To achieve the preprocessing of spectral data, removing background and baseline drifts with very good results, and it has been successfully tested.)
matlab读取txt文件
- 提取出光谱仪所采集的光谱数据，将文本文档的数据导入matlab(The spectral data collected by the spectrometer are extracted, and the data of the text documents are imported into Matlab)
程序_光谱解混_修订
- 高光谱数据光谱端元提取方法，和解混方法，包括PPI SGA VCA ATGP FCLS(Hyperspectral data spectral end element extraction method, conciliatory mixing method)
光谱数据_重采样
- 进行高光谱/多光谱数据的重采样。输入为任意光谱数据，输出为可以选择的新的光谱分辨率的光谱数据。(Carry out resampling of hyperspectral / multispectral data. The input is arbitrary spectral data, and the output is the spectral data of the new spectral resolution that can be selected.)
绘制光谱曲线
- 将已知类别的高光谱数据显示光谱曲线，不同颜色代表不同类别。需要输入ROI。(draw a curve of hyperspectral.need ROI)
KNN
- 高光谱数据进行KNN分类，可以从原始数据如（indianpine）中选取部分样本(Hyperspectral data can be classified by KNN, and some samples can be selected from raw data such as (indianpine).)
programe
- 使用MATLAB进行高光谱数据显示（显示分类后图像）(Hyperspectral data display using MATLAB (displaying the classified image))
线性高光谱解混常用算法程序
- 涵盖了几种常用的基于线性混合模型的高光谱数据解混算法的代码，可以借鉴！(It covers several common codes of hyperspectral data fusion algorithm based on linear mixed model, which can be used for reference.)
高光谱数据的最佳3个波段组合
- 1.计算高光谱各个波段的OIF指数 2.根据OIF指数确定高光谱数据的最佳3个波段组合(Calculating the OIF index of hyperspectral bands Determine the best combination of three bands of hyperspectral data according to OIF index)
各种光谱数据预处理代码matlab
- 光谱数据预处理 超级全 都可以用 自己用的(Spectrum data preprocessing)
偏最小二乘PLS和一些光谱预处理的matlab程序
- 可以对光谱数据进行预处理，除了偏最小二乘法之外，也有一些其他方法(Besides the partial least square method, there are also some other methods)