资源列表
CSLDS_Demo
- 对于动态场景的压缩感知，把场景模型转换为线性的来进行测量-Compressed sensing for dynamic scenes, the scene is converted to a linear model to be measured
SpaRCS
- 主要介绍了一种新的恢复算法SpaRCS，可以从压缩测量值中恢复低秩和稀疏矩阵-Introduced a new recovery algorithm SpaRCS, the measured value can be recovered from the compressed low-rank and sparse matrix
huitu
- opencv实现的绘图功能，对于了解opencv编写绘图功能的步骤有帮助-opencv realized graphics, drawing functions for the understanding of the steps opencv prepared to help
IICandIID_R_nmp
- 对特征值进行非极大值抑制的角点检测，并且选用了合适的阈值加强检测效果-corner detection by non-maxima suppression of Eigenvalues and selected the appropriate threshold to enhance detection
IICandIID_eigenvalue_nmp
- 对角点响应函数进行非极大值抑制的角点检测，同时使用了阈值算法，改进效果-corner detection by non-maxima suppression of corner response function and using a threshold algorithm to improve results
IIB_corner-response-function
- 学习harris corner ditection，计算corner response function，容易上手入门-Learn harris corner ditection, calculate corner response function, easy to use
augmented-Lagrangian-
- 利用增广拉格朗日的方法，对图像进行去噪，包含各种去噪、去模糊以及Inpainting方法，改进的算法能够快速、有效的处理图像-Using the augmented Lagrangian method for image denoising, contains a variety of de-noising, go fuzzy and Inpainting method, the improved algorithm can quickly and effectively deal with i
ID_nmp
- 基于梯度计算的图像边缘检测程序，使用了非极大值抑制和阈值设定-edge detection procedures based on the gradient , using non-maximal suppression and threshold
IC_gradient_magnitude
- 输入一幅图像，进行高斯光滑，使用索贝尔算子计算图像梯度，然后求出梯度幅值和方向-Enter an image, using Gaussian smoothing, ,using Sobel operator to calculate the image gradient, and then find the gradient magnitude and direction
earthglobal
- 对原先的一个代码earth solution的源代码进行的升级，增加了三维地球放大，shp文件加载，纹理贴图定位。-A code for the original source code of earth solution upgrade adds 3D Earth zoom, shp file is loaded, texture positioning.
FCM
- 基于FCM的图像分割算法,主要是针对水下声呐图像的分割处理。-The image segmentation algorithm based on FCM
drawline
- 给定两点画直线 三种不同的方法 想要的可以试一试-Given two o' clock draw a straight line in three different ways you want you can try