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FFTModify
- 用能量重心法，对基2分裂的FFT算法进行校正，在整周期采样的条件下，幅值，相位，频率等可以达到很高的精度 -energy center, two pairs of split-the FFT algorithm for correction, in the whole cycle of sampling conditions, the amplitude, phase, frequency, etc., may achieve hi
zuobiao
- 采用重心法求坐标，在C#中调用了matlab中的函数，对于想学C#和matlab混合编程很有好处-using coordinates for the center of gravity method in C# Calling a function of Matlab, For, like C# and Matlab programming very good mixed
FFTModify
- 用能量重心法，对基2分裂的FFT算法进行校正，在整周期采样的条件下，幅值，相位，频率等可以达到很高的精度 -energy center, two pairs of split-the FFT algorithm for correction, in the whole cycle of sampling conditions, the amplitude, phase, frequency, etc., may achieve hi
zuobiao
- 采用重心法求坐标，在C#中调用了matlab中的函数，对于想学C#和matlab混合编程很有好处-using coordinates for the center of gravity method in C# Calling a function of Matlab, For, like C# and Matlab programming very good mixed
VideosTargetDetection
- 1. 静态背景下的背景预测法目标检测2. 静态背景下帧间差分法目标检测 3. Mean Shift目标跟踪方法4. 重心多目标跟踪方法 -1. Static background prediction in the context of target detection method 2. Static background fr a me difference method for target detection 3. Me
Geometry
- 用C++语言实现的各种计算几何算法, 如判断点是否在多边形内, 多边形凸凹性判断, 寻找点集凸包的卷包裹法,求简单多边形的重心,求从多边形外一点出发到该多边形的切线,判断线段是否相交等等! -Using C++ language implementation of a variety of computational geometry algorithms, such as point to determine whether the
shipin
- 视频运动目标检测，包括背景预测法目标检测和帧间差分法目标检测，Meam Shift目标跟踪和多目标重心法跟踪，内含演示说明。-Video moving target detection, including the context of target detection and prediction inter-fr a me difference method target detection, Meam Shift target t
fuzzpid
- 利用Matlab工具箱设计模糊控制器 49条模糊控制规则形成一个模糊控制规则矩阵，然后根据模糊输入量按照相应的模糊推理算法完成计算，并决策出模糊输出量。 输出模糊量的解模糊方法选取重心法。-Computer simulation of fuzzy control system based on fuzzy toolbox and SIMULINK
zhongxinfa
- 利用重心法找到图像中光斑的中心，用于CCD光斑位置的确定-Center of gravity method to use to find the center of the image spot for the determination of the location of CCD facula
weight_centre
- 通过重心法确定光斑图像的中心。根据个像素的灰度值和所在的位置乘积和总面值作比，进而求得重心。-Through the center of gravity method to determine the center of the image spot. According to the gray-scale pixel value and the location of the product and the total for mor
light_spot_center
- 光斑的中心提取：重心法和圆拟合。先用多次迭代求阈值并且对图像二值化，再用重心法和圆拟合提取光斑中心。-light spot method：median point ，circle fitting
ImagePro
- 本人研究生阶段做的项目，线结构光视觉传感器的标定中的激光光条中心的提取。 1、通过JPG、PCX、GIF解码方法，来打开BMP、JPG、PCX、GIF格式图像。 2、大津展之法阈值变换，效果较好。 3、三种细化方法，Rosenfold细化、Hildith细化、Pavlidis细化。 4、基于灰度重心法的全分辨率的激光光条中心亚像素坐标的提取。-Calibration
shipingenzong
- 能实现对运动目标的检测，运动目标的跟踪，其中跟踪方法有meanshift算法和重心法-To achieve the detection of the moving target, moving target tracking, including tracking algorithm and the center of gravity method has meanshift
AHP
- 重心法和模糊层次分析法的配送中心选址方法的结合-Center of gravity method and the combination of fuzzy AHP method of distribution center location
fuzzy_CRUOSE_CONTROL
- 利用模糊控制做巡航速度控制利用e, dot_e，當作兩個輸入，取交集在對輸出值u做砍頭的動作，再用重心法求解，再用Runge-Kutta做疊代更改增益值將會得到不一樣的結果。-Using fuzzy control to do cruise speed control using e, dot_e, as the two inputs, the output value of taking the intersection of the
fuzzy_control_inverted_pendulum
- 利用fuzzy做倒單擺!!利用e, dot_e，當作兩個輸入，取交集在對輸出值u做砍頭的動作，現做出控制器看輸出有無正確，再用重心法求解，再用Runge-Kutta做疊代更改增益值將會得到不一樣的結果。-Inverted pendulum using fuzzy do!! Use of e, dot_e, as the two inputs, the output value of taking the intersection of
Gcenterblock
- 计算图像的重心坐标很好的程序，利用重心法，相信不会让你失望的！-Very good image of the center of gravity coordinates calculation process, the center of gravity method, that will not let you down!
centroid
- 可以计算光斑中心，采用重心法，请记得更改图片路径(calculate the spot centroid)
重心法
- 使用重心法来计算光斑的中心，方法简单易懂，并附有光斑图一张。(The center of the spot is calculated using the center of gravity method)
scanning
- 阈值重心法实现光带中心线提取，可用于结构光扫描的模型建立，处理二值化图像等。(Threshold barycenter method is used to extract the center line of optical band. It can be used to model structured light scanning and process binary images.)