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ridge~valley~lines~on~meshes~via~implicit~surface~
- We propose a simple and effective method for detecting view- and scale-independent ridge-valley lines defined via first- and secondorder curvature derivatives on shapes approximated by dense triangle meshes.-We propose a simple and effective me
CurveLab
- 曲线快速匹配matlab程序，功能全面包括FMM迭代，曲率匹配，炼码计算等，非常适用。推荐！-curve fast matching Matlab procedures, including the full functions of FMM iteration, curvature matching, Lian dollar terms, very well. Recommended!
COMPDIR
- ％ COMPDIR Computes a search direction in a subspace defined by Z. ％ Helper function for NLCONST. ％ Returns Newton direction if possible. ％ Returns random direction if gradient is small. ％ Otherwise, returns steepest descent direction. ％ I
variational_PDE_tools
- 变分偏微分方程图像处理工具包，包括计算曲率，方差，L1,L2范数等29个实用算法-variational PDE image processing tool kit, including the calculation of curvature, variance, L1, L2 norm, and other practical algorithms 29
20063311048067583
- 角点是图像的重要特征，一般指曲率大的边缘点，该代大戏是用MATLAB编写的角点检测算子。-corner image is an important characteristic of large curvature generally refers to the brink, The show is substituting prepared using MATLAB corner detection operator.
Image_Processing_algorithm_SRM
- osculatingcircle.cpp : An interactive demo of osculating circles used to define a parametric curve curvature. Require OpenGL(R) matchsegments.cpp : Compute the scaled rigid transformation that matches a given pair of segments. srm : A k
MinCurvature
- 常见插值方法及其介绍 “Inverse Distance to a Power（反距离加权插值法）” “Kriging（克里金插值法）” “Minimum Curvature（最小曲率)” “Modified Shepard s Method（改进谢别德法）” -common interpolation methods and introduced "Inverse Distance to a Power (Anti - distance weighted
segmentaion
- 我自己用vc写的一个图像分割的程序，先用分水岭算法得到一个初始的分割结果，然后根据每个小块的颜色和形状进行合并，最后得到一个统计最优的分割结果。相关算法可以参阅下面的文章 Xiao Chen He, Nelson H. C. Yung, K.P. Chow, Francis Y.L. Chin, Ronald H. Y. Chung, K. Y. K. Wong, Kenneth S.H. Tsang, “Watershed Segmentation with Boundary Curvat
corner_detector
- 我用matlab写的一个corner detector, 效果比现在流行的harris，susan，CSS等效果要好。 Algorithm is derived from: X.C. He and N.H.C. Yung, Curvature Scale Space Corner Detector with Adaptive Threshold and Dynamic Region of Support , Proceedings of the 17th International Co
Corner
- 一种比较好用的边缘检测方法CORNER Find corners in tensity image. ％ CORNER works by the following step: ％ 1. Apply the Canny edge detector to the gray level image and obtain a ％ binary edge-map. ％ 2. Extract the edge contours from the edge-map, fill the ga
1c
- We rigorously analyze the dispersion function and the curvature of the dispersion surface of a photonic crystal to explore the fundamental limit of its angular sensitivities. With insight gained from group theory, we fi nd that symmetry indu
Corner
- 根据论文Curvature Scale Space Corner Detector with Adaptive Threshold and Dynamic Region of Support算法写的角点检测
CORDIC算法快速求反正切
- CORDIC算法快速求反正切，迭代10次输出弧度误差<|0.002|,迭代15次输出弧度误差<|0.0001|,对电机矢量算法计算速度要求高非常有用；myarctan_cordic1.c输入输出为float,myarctan_cordic3.c输入输出为int，pdf文件为CORDIC算法原理。-CORDIC algorithm quickly find tangent, curvature of the output error iteration 10 < | 0.002
localized_seg.zip
- 基于水平集的彩色图像分割matlab实现算法（包括源码、测试图像）,Based on the level set for color image segmentation algorithm matlab (including source code, test images)
MIN_CURVE_SURF.rar
- 最小曲率法的算法原理,以及算法例子. 有配图说明 最小曲率法是定向井、水平井轨道设计、测斜计算中经常使用的一种方法。在最小曲率法中，假设井段是空间斜平面上圆弧；对于滑动钻进方式，圆弧是非常合理的井眼轨迹曲线。,The MIN_CURVE_SURF function interpolates a regularly- or irregularly-gridded set of points, over either a plane or a sphere, with either a mini
smart
- 飞思卡尔智能车曲率计算方法，非常有效，其中运用三点的计算方法，快速，精确-Freescale' s Smart car curvature calculation method is very effective, which is calculated using three-point, fast and accurate
FSKER_A
- 飞思卡尔PID算法，摄像头处理算法，滤波与曲率算法，记忆算法。-PID algorithm, camera processing algorithm, filter and curvature algorithm, memory algorithm
untitled1
- 最小曲率半径的matlab源程序 讲得还算比较详细一点-Minimum radius of curvature of the matlab source put it a little more detail still
matlab
- 通过vc与matlab的接口,计算光滑曲面上的平均曲率和高斯曲率 -By vc interface with matlab to calculate the average on the smooth surface curvature and Gaussian curvature
eyepoint
- Roberto Valenti教授特有的算法，通过等照度线法精确定位虹膜中心-Accurate Eye Center Location and Tracking Using Isophote Curvature