搜索资源列表
CannyDetc
- canny边缘检测算子，用高斯滤波平滑图像，再用一阶偏导的有限差分来计算梯度的幅值和方向。-canny edge detection operator, smooth image with a Gaussian filter, and then the first order partial derivatives of the finite difference to calculate the gradient magnitude and direction.
chazhijia
- 此程序用于做全息实验时，先把全息图再现得到实像，在对实像双线差值，三内差值和中值滤波的办法来提高再现图质量-This program uses the difference between two-, three within the margin and median filtering approach to improving the quality of image scaling
picture_interpolation_handle
- 包括几种基于多项式插值的图像处理matlab代码，包括双三次插值，样条差值等-Includes several image processing based on polynomial interpolation matlab code, including double-cubic interpolation, spline difference, etc.
BackgroundSubtractionReview-Piccardi
- given a frame sequence from a fixed camera, detecting all the foreground objects : the detection of the foreground objects is obtained by the difference between the current frame and an image of the scene’s static background
ukfkf2
- UKF和KF的实现。并通过输出图像比较两者的区别-UKF and the KF implementation. By comparing the difference between the output image
sanzhenchafa
- 三帧差法，用于分离背景图片及分析车流量的变化-Three difference method for the separation and analysis of the background image changes in traffic
lininterp1f
- 用c++语言编写的图像差值方面的函数，如双线性插值法-C++ language using the image difference function areas, such as the bilinear interpolation
zhenchafa
- 图像处理获得镁溶液第一气泡，使用帧差法，二值及形态学处理获得弱目标！-Magnesium solution, image processing to obtain the first bubble, the use of frame difference method, binary and morphological processing to obtain the weak target!
dianwei
- 在像管中，给出了各电极的电位，本程序利用有限差分法，确定空间各点的电位，并找出等电位点。-In the image tube, given the potential of each electrode, the program uses the finite difference method to determine the potential of each point of space, and to identify other potential points.
Tube-(CAD)
- 论文主要为对像增强管空间电场分布的计算和一系列的分析，通过有限差分法计算相应电极周围的电位。（小学期论文，自主设计）-Paper for the electric field on the distribution of image intensifier tubes and a series of analysis of the calculation, the corresponding finite difference method around the electrode potent
imageProcessing01
- 图像处理经典算法，差影法。基于Visual C++的实现，包含测试图片。-Classical image processing algorithms, difference between images, based on visual C++ 6.0,including testing images.
ContourTracking
- 图像处理经典算法，轮廓跟踪。基于Visual C++ 6.0，包含测试图片。-Classical image processing algorithms, difference between images, based on visual C++ 6.0,including testing images.
reversible-information-hiding-new
- 在保证图像质量的前提下，为了提高可逆信息隐藏的容量，提出了一种基于差值扩 展的可逆信息隐藏新算法-The premise of guaranteeing the image quality, in order to improve the reversible capacity of information hiding, a difference expansion based on new algorithm for reversible information hiding
JPEG2000
- 实现了单色图像的JPEG2000编码图像和解码图像！计算其压缩比和误差，观察源图像和重构图像之间的差别！-JPEG2000 images to achieve a monochrome image coding and decoding image! Calculate the compression ratio and error, observation of the source image and the difference between the reconstructed imag
lpfilter
- 使用低通滤波器，观察原始图像与以图形形式显示的高斯低通滤波器的差别，显示频谱和处理后的图像！-Using low-pass filter to observe the original image and displayed in graphical form of the difference between the Gaussian low pass filter, display the spectrum and the processed image!
hpfilter
- 高频强调滤波，本实验的目的十八高频强调滤波和直方图均衡化结合起来，来区分对图像处理的差别！-High-frequency emphasis filter, the purpose of this study eighteen high-frequency emphasis filter and histogram equalization combined to distinguish the difference of image processing!
imhist
- 计算并绘制图像的直方图，本设计中绘制了四种形式的直方图，imhist,bar,stem,plot进行比较和区别！-Calculated and plotted the histogram of the image, the design of four forms of the histograms drawn, imhist, bar, stem, plot and compare the difference!
chafen
- 关于图像处理（差分法）C源代码，其中是通过输入图像路径来进行获取图像的-On Image Processing (difference method) C source code, which is conducted through the input image to get the image path
dynamic-monitoring
- 一种使用帧差图像法来实现视频监控当中的动态监测功能的小程序-An image using the frame difference method to achieve dynamic monitoring of video surveillance capabilities among small program
CustomImageOp
- The CustomImageOp demo loads a JPEG picture, which would normally be of type 3BYTE_BGR, and turns it into a compatible image of type INT_RGB. You can look for the call to GraphicsUtilities.loadCompatibleImage() in the source code of the demo an