搜索资源列表
Leefilter
- SAR滤波方法，空间域的lee滤波，希望有用-SAR filtering method, the spatial filter lee, useful
kuan
- SAR滤波方法，空间域的Kuan滤波，希望有用 -SAR filtering method, the spatial filter Kuan, useful
STMedianFilter
- STMedianFilter is a spatial/temporal median filter for for Avisynth. It now filters both luma and chroma but chroma filtering is somewhat more limited. Try it-STMedianFilter is a spatial / temporal med ian filter for for Avisynth. It now filters bo
Image_Filtering
- Image Filtering RGB Spatial Wiener Direct Inverse Discrete Fourier Transform DFT Lucy Richardson Median Laplacian -Image Filtering RGB Direct Spatial Wiener Inverse Discrete Fourier Transform DFT Lucy Ri chardson Median Laplacian
digitalimageprocessprograms
- 中南大学数字图像处理上机实验指导书及参考答案，全部由本人编写，在MATLAB 6.5上运行通过。包括图像变换及频域滤波，空间域图像增强，图像边缘检测及参考图片，比网上流传的好的多，是学习图像处理的基础。-Zhongnan University of digital image processing on the experimental guide and reference book answers all prepared by me, MATLAB 6.5 to run through.
2007062703
- 1.掌握图像滤波的基本定义及目的； 2.理解空域滤波的基本原理及方法； 3.掌握进行图像的空域滤波的方法。 -1. Image filtering grasp the basic definition and purpose; 2. Understanding of spatial filter the basic principles and methods; 3. master images of the spatial filter method.
YOLi_ICASSP05
- 本文提出一种用于独立成份分析(ICA)的特征选择滤波方案用于改善ICA算法对关键独立成份(SOI)的分离和提取,关键独立成份在其信号样本数据的空间分布上具有一定特征. 本文以平滑滤波为例,表明加入此类特征滤波的ICA算法可以改善对于视觉功能区等平滑图象信号的提取. 因此, 这种特征滤波技术在估计具有平滑特性的脑功能成像方面具有潜在的应用价值.-for Independent component analysis (ICA) feature selection filtering program
Digital-Image-Processing
- MFC和OpenCV结合的数字图像处理课程设计，实现数字图像处理中的多个算法，图像分割，形态学图像处理，空间域增强，哈哈镜，二值化，Sobel，Laplace，Robert等边缘检测，中值滤波和均值滤波等，实现的功能比较全，花了我2个通宵做的 -MFC and OpenCV combination of digital image processing course design, digital image processing of multiple algorithms, image
MUSIC
- 本代码实现了空域自适应滤波的过程,相当不错的源代码。 -This code implements the spatial adaptive filtering process,
MySecond
- 图像处理程序基本算法实现，基于MFC，实现了包括图像类型转换、几何变换、空域和频域滤波、图像分割和轮廓提取等功能，适合初学者-Basic image processing algorithm, based on the MFC, including the image type to achieve the conversion, geometric transformation, spatial and frequency domain filtering, image segmentatio
VB
- 反色，统计直方图，灰度均衡，空间低通滤波等-Anti-color histogram, gray balance, spatial low-pass filtering
kongyu
- 空域相关滤波,一种很好的消噪方法,对信号的预处理有很好的效果-Spatial correlation filtering, a good de-noising method for signal pre-processing are very good results
graphical_illustration_filering_in_the_spatial_an
- A Graphical Illustration of Filtering in the Spatial and Frequency Domains.
2
- 基于Gabor变换的图像纹理识别。 提出了一种改进的Gabor变换的图像纹理增强算法，将空域的纹理图像变换到联合空间频率域并将联合空间 频率域的能量分布作为掌纹的特征，Gobar滤波器在频域内对子块其主方向上频率能量分布进行滤波，特征向量进行了匹配 识别，增强特征纹线信息并对核心区域进行多方向空间频率能量滤波合成，同时也对滤波算法进行了优化，有效地减少了运 算量。-Gabor transform based image texture recognition. An improv
DIP
- 数字图像处理 空间/频率域滤波 霍夫变换 骨架细化法 膨胀与腐蚀-Digital image processing, spatial/frequency domain filtering Hough transform matrix expansion and corrosion thinning France
Imageenhancement2
- 包括图像变换增强、灰度变换增强、直方图变换增强、空间域滤波增强、频域增强等-Including image transformation enhanced gray-scale transformation enhanced, histogram transformation enhanced, enhanced spatial domain filtering, frequency domain to enhance and so on
Textureclassificationusingspectralhistograms
- Based on a local spatial/frequency representation,we employ a spectral histogram as a feature statistic for texture classification. The spectral histogram consists of marginal distributions of responses of a bank of filters and encodes implicit
a
- NAME: bpass PURPOSE: Implements a real-space bandpass filter which suppress pixel noise and long-wavelength image variations while retaining information of a characteristic size. CATEGORY: Image Processing CALLING SEQUENCE
cntData_CSP_FLDA
- 本算法针对运动想象的脑电数据，进行预处理并后续用分类器做分类。 该实验所用的的脑电特征提取方法主要是csp空间滤波，并后续用FLDA来进行特征分类。最终得到较好的效果(In this algorithm, the EEG data of motion imagination are preprocessed and then classified by classifier. The main feature extraction method of EEG in this experime
数字全息仿真实验
- 1.通过本实验掌握数字全息实验原理和方法； 2.通过MATLAB编程，对实验数字全息图进行数据处理，达到提高再现像质量和方便提取有用信息的目的； 3.用空域滤波方法消除零级像； 4.理解波前记录与再现。(1. Master the principle and method of digital holography experiment through this experiment; 2. Through MATLAB programming, the experimental digital