资源列表
improve-canny
- 这是一个改进的自适应canny算法，该方法采用改进的开关型中值滤波器对图像做去噪工作，再把整幅图像分割为若干子图像，最后在充分考虑全局以及各子图像的边缘梯度信息后，自适应地生成动态阈值。-The new Canny adaptive method divides image into sub-images,then determinates the thresholds automatically according to the whole image edge information and
pseudo
- 将灰度图像转换成彩色图像的matlab 程序 Pseudo Coloring-The gray image is converted into a color image matlab program Pseudo Coloring
AdaptiveMediaFilter
- 自适应中值滤波，求中值函数. 对彩色图像在其二值图像域做中值滤波，以去除椒盐噪声-Adaptive median filter, find the value function
lvbochaosheng
- 对李纯明的DRLSE进行了改进 利用各向异性扩散提高了分割弱边缘的能力 改进的高斯滤波代替惩罚项 加快了演化速度 节省了时间-The DRLSE to LiChunMing improved using anisotropic diffusion improve the segmentation of improvement of the ability weak edge gaussian filtering instead of penalty term accelerated evolut
Blur_Direction
- 使用方向微分法估计模糊方向，插值采用双线性插值。-Using the directional derivative to estimate the blur direction, interpolation using a bilinear interpolation.
ssim_index
- HVS的许多特性都与图像质量的评价相关，由于HVS非常复杂,Zhou Wang认为，自然图像信号是高度结构化的，图像的像素间有很强的相关性。构信息提取的图像质量评价构相似性理论是因此提出了一种关于图像质量评价的新思想。-HVS in many of the features are relevant to the evaluation of image quality, the HVS is very complex, Zhou, Wang believes that the natural i
radiometric-correction-
- 本程序可以实现遥感图像的辐射校正、辐射归一化-This program can achieve the radiometric calibration of remote sensing images, radiation normalized
WEDN
- 小波熵去噪，仿真期刊《基于小波熵的矿用齿轮箱振动信号相关去噪法》-The wavelet entropy denoising simulation journal based the wavelet entropy mine with gearbox vibration signal denoising law "
regiongrowcorlorsegment
- 采用区域生长方法分割彩色图像，颜色空间可以是RGB 和HSV-regiongrow method corlor image segment
Decomposition-and-synthesis-of-RGB
- RGB分解与合成!求灰度转RGB的matlab程序-RGB decomposition and synthesis! Seeking grayscale to RGB matlab program
mangyuanfenli
- 基于盲源分离的图像噪声滤除，适合于学习进步，认真探索。-Image noise filtering based on blind source separation, suitable for learning progress seriously explore.
project14
- 图像的分水岭分割算法，应用内部标记和外部标记，有效地将图像分割成不同的区域-Watershed image segmentation algorithm, application of internal marks and external marks, the image is divided into different areas