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lianxushipinfengeyucaiji
- 用matlab实现连续视频的分割与采集，其中用读视频指令把连续的视频转化为一帧一帧的图像，用帧间差分法和背景差分法实现-Matlab for continuous video with the segmentation and the acquisition, including video instruction with the reading of the continuous video into a frame of an image, with the frames and the
Videoobjectdetectionbasedonbackgroundsubtraction.r
- 利用图像序列的灰度统计特性来提取背景图像，并利用Surendra背景更新算法根据每帧图像对背景进行更新已获得可靠的背景．然后，将当前帧与背景作差，并对差值图像进行适当处理，这样运动目标就能够被精确地提取出来． -Using statistical properties of image sequences to extract the gray background image and background updating algorithm based on the use Surend
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
nn
- 差分帧法的目标跟踪的主要思想是，将当前帧图像与前一帧图像做一个差分，对差分的图像取绝对值后进行二值化-The main idea is to target track of the difference frame method, the image of the current frame and a previous frame image to make a difference, taking the absolute value of the differential image af
mutual-information
- 红外和可见光的匹配跟踪在军事、遥感等领域有着广泛的应用。针对灰度和图像特征存在比较大差异的红外和可见光图像，本文采用了最大互信息算法，结合形态学梯度和小波分解。互信息算法优点在于不需要对多模图像灰度间的关系做任何假设，不足之处在于它对图像空间信息的忽略而且计算时间较长。本文互信息结合多结构元的形态学梯度检测的图像边缘，可以使得图像匹配精度提高，还能改善局部极值的问题，再利用小波分解对图像进行压缩降低分辨率，可以减少互信息计算量。最后的实验数据表明在配准过程中互信息的计算速度得到了优化，匹配精度得
cmos
- 相机中的图像处理算法，包括彩色差值，自动白平衡等-Camera image processing algorithms, including color difference, automatic white balance, etc.
cmosp2
- 图像处理中关于白平衡和彩色差值的一些算法优化和算法提升-White balance and color difference algorithm optimization and algorithms to enhance image processing
caiseshujuyincang
- 基于预测误差差值扩展的彩色图像无损数据隐藏，希望对大家有帮助-Prediction error difference expansion based color image lossless data hiding, we hope to help
abb
- 对图像进行离散余弦变化处理，了解余弦变化系数以及余弦变化后回复图像与原图的区别-After the change of image processing discrete cosine understand cosine cosine coefficient of variation and difference with the original image Reply
ct
- 近年来比较新的压缩传感运用到CT重构，有TV加权，高阶TV等，效果都很好-A Novel Weighted Total Difference Based Image Reconstruction Algorithm for Few-View Computed Tomography
autocontrast
- contrast adjusment Contrast is the difference in luminance or color that makes an object (or its representation in an image or display) distinguishable. In visual perception of the real world, contrast is determined by the difference in the color a
detect_boundary
- boundary detection Contrast is the difference in luminance or color that makes an object (or its representation in an image or display) distinguishable. In visual perception of the real world, contrast is determined by the difference in the color a
gvfc
- Contrast is the difference in luminance or color that makes an object (or its representation in an image or display) distinguishable. In visual perception of the real world, contrast is determined by the difference in the color and brightness of the
iris-matching
- iris image matching and show the difference bw two images
target-detectio
- 常见的目标检测方法主要有光流法，帧差法和背景模型法。光流法利用背景和运动目标的运动速度不同进行目标检测，计算量较大；帧差法对连续几帧图像的背景进行配准，通过前后帧的差分图像分离出运动物体；背景差法根据已知背景对图像进行差分，在运动背景下需要对背景模型进行更新。-Common target detection methods are mainly optical flow method, frame differential method and background model method.
05567108.pdf
- The sky region of restored images often appears serious noise and color distortion using classical dark channel prior algorithm. To address this is- sue, we propose an improved dark channel prior algorithm which recognizes the sky regions in hazy ima