搜索资源列表
NRW_Release_2
- 一种基于随机游走算法改进的图像分割算法,供大家参考学习(A random walk algorithm based on improved image segmentation algorithm for your reference learning)
Kalman1960
- 机器人导航,控制,传感器数据融合甚至在军事方面的雷达系统以及导弹追踪等等。近年来更被应用于计算机图像处理,例如头脸识别,图像分割,图像边缘检测等等(Robot navigation, control, sensor data fusion, even radar systems in military areas, missile tracking, and so on. In recent years, it has been used in computer image processing
OV7725
- 用STM32F4芯片自带的DCMI摄像头接口驱动不带FIFO的OV7725摄像头,实现60HZ刷新率。imgprcs.c文件中包含大量的适用于嵌入式设备的高速图像处理算法,包括边缘提取、区域分割、颜色识别等等,全部使用自适应算法,适合不同光照和环境条件(With STM32F4 chip comes with DCMI camera interface driver without FIFO OV7725 camera, to achieve 60HZ refresh rate. The img
meanshift
- 本算法可以进行简单的图像分割,包括RGB图像,当然进过修改后还可以对高光谱图像进行分割,建议看懂代码后自行修改参数(The algorithm can be a simple image segmentation, including RGB images, of course, into the modified, you can also hyperspectral images segmentation, it is recommended to understand the code a
junzhi
- 能够分割图像,得到想要的目标。,达到比较理想的实验效果。(Able to segment images and get desired targets. To achieve an ideal experimental effect.)
LevelSet
- 耦合水平集算法,当前最受欢迎的图像分割算法(Level set segmentation)
求平均距离算法、水算法、梯度算法
- 使用matlab的分水岭算法对骨关节图像进行分割,基于梯度下降的方法进行优化(The MATLAB watershed algorithm is used to segment the bone and joint images, and the gradient descent method is used to optimize the segmentation)
【77】分水岭算法
- 分水岭分割方法,是一种基于拓扑理论的数学形态学的分割方法,其基本思想是把图像看作是测地学上的拓扑地貌,图像中每一点像素的灰度值表示该点的海拔高度,每一个局部极小值及其影响区域称为集水盆,而集水盆的边界则形成分水岭。分水岭的概念和形成可以通过模拟浸入过程来说明。在每一个局部极小值表面,刺穿一个小孔,然后把整个模型慢慢浸入水中,随着浸入的加深,每一个局部极小值的影响域慢慢向外扩展,在两个集水盆汇合处构筑大坝,即形成分水岭。(Watershed segmentation method, a segme
灰度共生矩阵GLCM
- 详细的基于纹理的图像分割算法 灰度共生矩阵实现代码,实现效果比较满意(Detailed texture based image segmentation algorithm, gray co-occurrence matrix implementation code, to achieve satisfactory results)
K-means
- 使用k-means算法对图像进行分割,并利用遗传算法对k-means算法加以改进(The k-means algorithm is used for the segment of images, and the genetic algorithm is used to improve the k-means algorithm)
图片
- OTSU算法也称最大类间差法,有时也称之为大津算法,被认为是图像分割中阈值选取的最佳算法,计算简单,不受图像亮度和对比度的影响,因此在数字图像处理上得到了广泛的应用。它是按图像的灰度特性,将图像分成背景和前景两部分.(Difference method OTSU algorithm called maximum class, sometimes called the Otsu algorithm, is considered to be the best algorithm, threshold
Ncut_9
- 基于正则割的图像分割源代码。 该方法是一种基于像素特征的图像分割算法,将一幅图像抽象为一个无向图,每个像素点对应图中的一个节点,通过寻找最小割实现图像的分割。(2000 TPAMI Normalized cuts and image segmentation)
图割算法MyGraphCuts0.1
- 实现图像分割,给定基准色将目标完整分割出来。 效果好,速度慢。(To achieve image segmentation, given a reference color to complete the goal of segmentation. Good effect, slow speed.)
ImprovedHMRF-FCM-master
- 基于HMRF-FCM的图像分割算法实现代码(Implementation of image segmentation algorithm based on HMRF-FCM)
MATLAB-image-processing-master (1)
- 图像处理算法在空间域和频域的简单滤波等方面的实现,实现了像霍夫变换和k均值算法的图像分割算法。(Image processing algorithm in the spatial domain and frequency domain of simple filtering and other aspects of the realization of the image segmentation algorithm such as Hough transform and k-means alg
基于 K-means 聚类算法的图像区域分割
- 图像处理领域,基于 K-means 聚类算法的图像区域分割(Image processing domain, image region segmentation based on K-means clustering algorithm)
snake
- snake算法实现图像分割,带例图说明。能够完成分割部位选取(Image segmentation by snake algorithm)
e
- 图像分割应用领域,有案例实现对图像的分割(Image segmentation in the application field of image segmentation)
example for Graph Cuts
- 图割算法,用于彩色图像分割 ,一种最优化方法,通过最小化能量函数达到分割的目的(In more recent years, there has been an increasing interest in graph cut based segmentation methods due to their ability to handle highly textured data via a numerically robust global optimization)
KFCM算法MATLAB
- 分别用kmeans、fcm、kfcm实现图像分割(use kmeans, fcm and kfcm segment image)