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exhaustive
- 穷尽 块匹配算法 motionsEstAnalysis.m scr ipt to execute all Algorithms motionEstES.m Exhaustive Search Algorithm costFuncMAD.m Mean Absolute Difference Function minCost.m minimum cost among macro blocks motionComp.m motion compensated image creato
detection3
- 在AdaBoost人脸检测的基础上,对眼睛实现精确定位。先得到人脸图像的谷区域图像, 再获取眼睛的候选点,综合分离度信息和霍夫变换的结果来计算每一个眼睛对的代价函数,找到比较 准确的眼睛位置。-In the AdaBoost face detection based on the accurate positioning of the eyes. Obtain prior approval from the image of the Valley area face images,
Digitalsubtraction
- 为了组成具有硬件减影功能的徽机化( 射线成像系统, 我们开发了一种简单 、 灵活的 医学影像数字减影子系统 文中给出了这个子系统各个部分的设计, 实验结果表明, 该设计思路正确, 成本低廉, 效果亦较好 -In order to form a subtraction function of the hardware unit of the emblem (ray imaging system, we developed a simple, f
output-PCNN-image-segmentation
- 由于图像的最短路径能准确地表示目标的边缘,显示强边 缘特征的像素有较低的局部代价值。因此,局部代价函数由下 面变化的边缘特征构造-Because the image of the shortest path to the target accurately the edge pixel edge features show strong local generation of a lower value. Thus, local changes in the cost function
0000437
- 2010年ICIP最新文章关于图像复原,提出了2D NHA算法,实验证明了该算法的优越性能。-In this study, we develop a technique for image restoration The proposed method is based on the 2D non-harmonic analy- sis (2D NHA). The 2D NHA algorithm assigns an initial value by using the spect
stereo_sad
- 自己编写的立体匹配源代码,采用SAD作为费用累积函数,并且加入了L-R Check和邻域投票法解决误匹配问题-Stereo matching source code to write your own, using the SAD as cost cumulative function, and LR Check and neighborhood voting method to solve the problem of mismatching
fuzzy_C_means
- 模糊聚类算法是一种基于函数最优方法的聚类算法,使用微积分计算技术求最优代价函数-Fuzzy clustering algorithm is a clustering algorithm based on optimal function method, using the calculus technique for optimal cost function
Super-resolution
- 本文提出,为第一次,一个统一的多图像超分辨率盲法(MISR或SR),单个图像模糊反卷积(二次发射离子束淀积),和多图像模糊反褶积(国际金业)的低分辨率(LR)图像退化通过线性空间不变(LSI)模糊,锯齿,加白高斯噪声(AWGN)。该方法是基于 交替最小化(AM)的一个新的成本函数 对于未知的高分辨率(HR)图像和模糊。 -This paper presents, for the first time, a unified blind method for multi-image
DPStereoMatch
- 利用动态规划算法的优点,使用一种基于行列动态规划的自适应立体匹配算法,采用自适应代价函数和能量最小化模型,对最优化问题进行求解。-Take advantage of the dynamic programming algorithm uses an adaptive stereo matching algorithm based on dynamic programming ranks, adaptive cost function and energy minimization model f
