搜索资源列表
matlab_fusion
- 图像融合。图像融合是指把不同传感器获得的同一景物的图像合成一张图像，以克服单一图像在焦距、曝光、光谱和空间分辨率的等方面的存在的局限性，达到提高质量的目的。-image fusion. Image Fusion is different sensors in the same features images of a synthetic image, to overcome the image of a single focus, exposure, spectral and spatial r
PixelFusion
- 该源码可以实现全色图像和多光谱图像的像素级融合，并且实现了多个方法如主成分分析，三角HIS变换等。融合效果很不错的
evaluate.rar.rar
- 影像融合评价程序，计算标准偏差，平均梯度，相关系数，光谱扭曲度等融合指标。,Image fusion evaluation, calculation of standard deviation, average gradient, correlation coefficient, spectral distortions, such as integration targets.
TCPxiaobo
- 用DCT变换和小波变换对全色光学图像和多光谱图像进行融合，生成同一图像。-Use DCT transform and wavelet transform of the panchromatic optical images and multi-spectral image fusion to generate the same image.
meimei
- 双光谱图像融合 图像融合的目的是综合各个图像的互补信息,合并成一个新图像来改善图像的视觉效果,获得对同一场景更为准确、全面、可靠的图像描述。-An Image Fuse M ethod
Merge
- 将多光谱图像和全色图像融合，得到更丰富的细节信息。-Multi-spectral image and panchromatic image fusion, to get more details.
pca
- 用vc++实现PCA影像融合。结果图像兼备高空间分辨率和高光谱信息。-PCA with vc++ achieve image fusion. The resulting image both high spatial resolution and high spectral information.
TCPxiaobo
- 用DCT变换和小波变换对全色光学图像和多光谱图像进行融合，生成同一图像。-Use DCT transform and wavelet transform of the panchromatic optical images and multi-spectral image fusion to generate the same image.
bingmui
- D-S证据理论数据融合，毕设内容，高光谱图像基本处理，未来线路预测,分析误差。- D-S evidence theory data fusion, Complete set content, basic hyperspectral image processing, Future line prediction, error analysis.
Remote-sensing-image-registration
- 图像配准技术是近年来发展迅速的图像处理技术之一,是图像拼接、信息融合不可缺少的步骤.本文对遥感图像的配准进行了总结和归纳,介绍了几种常见的图像配准方法,并根据高光谱图像和高空间分辨率图像的特点指出了适合不同类型遥感图像的配准方法.-Image registration is one of the rapid development of image processing technology in recent years, is a mosaic, information fusion ind
fusion
- 对全色影像和多光谱影像进行融合的C++代码(remote sense image fusion algorithm)
wavelet_fusion
- 小波融合工具，通过小波变换，实现全色与多光谱数据的融合，最大限度保留光谱和纹理信息(the input images are transformed into wavelet space, their wavelet coefficients are combined, and then an inverse wavelet transform is applied to the combined wavelet coefficients to create the fused image.)