搜索资源列表
nengliang2222
- 基于能量分析的代码，是MATLAB的。简单实用，出图像。-Code based on energy, is the MATLAB. Simple and practical, the image.
BVZ-pami01-final
- 通过图割的快速近似能量最小化。图像分割：最小割最大-Fast Approximate Energy Minimization via Graph Cuts
svdExtractEnergyTest
- 测试SVD样本图像还原恢复功能，对图像进行测试时恢复效果较好 SVD分解方法满足能量守恒定理，可以实现有损压缩或者无损的能量提取，适合高精度 运算的场合要求。如何寻找一个提取能量的方法，尽量减少原图像的能量损失？- test SVD sample image to restore function, are tested against the image restoration is good The SVD decomposition method satisfies t
cell
- 根据能量密度梯度对细胞图像及边缘进行加强。-According to the energy density gradient on cell image and edge enhanced.
GLMCandLBPextraction
- 第一个程序提取了图像灰度级为64的灰度共生矩阵，并计算了能量，熵，对比度，相关性，逆差矩这5个参数.第二个程序可以提取彩色图像的LBP纹理特征，可以提取采样点为8、16、24的统一模式（u2）、旋转不变模式（ri）、统一旋转不变模式（riu2）的LBP值。-The first program to extract a grayscale image GLCM 64, and calculate the energy, entropy, contrast, correlation, inverse
ScreenDetect
- 根据图像中能量的局部分布效应，检测LCD,LED等屏幕的缺陷等问题；-According to the local distribution effect, the image energy detection of LCD, LED and other screen problem
nonlocal-level-set
- [SIAM]Nonlocal Active Contours该文件包含论文及代码，主要内容是在水平集图像分割中引入non-local的性质，构造能量泛函，进行图像分割-this file include both paper and code, the main idea is utilize the non-local peperty in level set method for image segmentation
image_energy
- 本代码实现了对一幅图像利用n*n模板进行区域能量的计算，并附带几张图像进行实验。-This code implements an image for use n* n template for regional energy calculations, and comes with a few test images.
Texture
- 对于图像不同纹理特征值（能量、熵、惯性矩、相关）的提取-For different image texture feature value (energy, entropy, moment of inertia, related) extraction
wang
- 直接读取图像，转化为灰度图，计算磨粒图像的纹理特征，能量，熵，惯性矩等参数-Direct read image is converted to grayscale, abrasive image texture features calculation, energy, entropy, moment of inertia and other parameters
CV-model-code2
- CV模型是一种重要的图像分割模型,本文针对其收敛速度慢、效率低的缺点提出一种求解CV模型的新方法.首先将CV模型的能量泛函改写成与原来有相同稳定解的总变分公式形式,然后使用对偶公式法求总变分公式的极小值,再在其中引入一速度项以加快模型的收敛速度.新方法一方面克服了梯度下降法要求时间步长小、迭代次数多的缺点,经过较少次的迭代就能收敛,减少了迭代计算的次数-CV model is one of the most important image segmentation model and disad
FileRecv
- 基于小波变换的图像融合程序，低频采用加权平均，高频采用能量最大准则。-Based on wavelet transform image fusion program, low-weighted average, using high-frequency energy is the biggest criteria.
chaoshengbo
- 用以模拟超声波指向性的三维图像，另外显示旁瓣，栅瓣，主瓣，以及能量分布-Order to simulate the three-dimensional image of ultrasonic directivity, and show the sidelobe, grating disc, main lobe, and the energy distribution
image-fusion
- 二维快速小波变换分解与重构；融合规则是区域能量加权；融合图像评价，包括清晰度、信息熵等-2-D fast wavelet decomposition and reconstruction Area Energy weighted fusion Image fusion uation, including definition, information entropy, etc
likai
- 输入一副彩色图像，先转换为灰度图像，在分别求彩色图像各通道能量和灰度能量-Enter a color image is first converted to grayscale images, color images are required for each channel energy and gray energy
dct
- 用matlab对图像进行DCT变换，过滤掉一些能量低的部分，再进行反变换恢复图像，并进行展示。-Using matlab for image DCT, filtering out some of the low energy part, then the inverse transform to restore the image and display.
stereovision-image-matching
- 采用matlab编写的程序，利用最小能量法，实现图像立体匹配-Using matlab program, using the minimum energy method, the realization of stereo image matching
MRF-ICM
- 使用MRF进行SAR图像变化检测，能量最小化算法采用ICM-SAR image change detection uses MRF, energy minimization algorithm uses the ICM
fftadd
- 对分辨率靶板图像进行区域识别，并采用傅立叶频域变换的方法进行谱能量对比，以对夜视仪成像质量进行分辨率自动判别-Resolution images of the region to identify the target plate, and the frequency domain using Fourier transform methods were spectral energy compared to the quality of night vision imaging resolut
hyperCEM
- 图像目标检测算法中的约束最小能量（CEM）检测算法-Image target detection algorithm of constrained least energy detection algorithm (CEM)