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ZHONGXINFA
- 重心法选址的m文件，结果自动输出最后选址的坐标，及总费用，迭代次数-M file location of the center of gravity method, results are automatically output the final site coordinates, and the total cost, the number of iterations
zebrafish
- ，基于opencv进行一系列的形态学操作，得到斑马鱼的轮廓，通过计算连通域的像素个数确定斑马鱼的重心-get the location of zebrafish
fuzzy_control
- 用MATLAB编写的离散模糊控制程序，结合本程序，我相信能能更快更好的理解模糊控制算法。算法在MATLAB Version: 7.14.0.739 (R2012a)运行无误。 function [FCU_T1,FCU_T2,FCU_T3,FCU_T4]=fuzzy_table(Me,Mec,Mu,UC) Me 隶属度表1 Mec 隶属度表2 Mu 隶属度表3 UC 模糊规则 FCU_T1 重心加权法，输出精确值 FCU_T2 重心加权法，输出离散值
fall
- 跌倒检测的MATLAB程序 包括背景差分 去噪并判断跌倒 提取高宽比 重心下降速率 hu不变矩特征 svm分类-fall detection s MATLAB program including background dirrerence remove noise and ratio of height and wide hu invariable moments and svm classifier
nengliangzhongxin
- 频谱校正技术中能量重心校正方法，供初学者学习讨论-Energy correction method for spectrum correction technology for beginners to learn to discuss
spectrumcorrectenergymethodshare
- 离散频谱校正，采用加hanning窗的能量重心法校正，程序已实际验证-Discrete spectrum correction, correction with adding hanning window energy gravity method, program has been the actual authentication
opencv1
- 通过opencv求取图像中一条鱼的重心，并在图中标记出来-Opencv strike by the image of a fish focus
example
- 用于点云数据的简化，选出最小包围方格中的重心以达到数据缩减-The minimum bounding box method, used to process point cloud data, solving the point cloud data in virtual grid in the center of gravity, can be used for data reduction
testcar
- 电磁组平衡车程序，重心在轮轴下方,如果在上方的话，需要改一改平衡的部分-Two-wheel robot，its run well on my plot, so enjoy it
select_shop
- 重心法选址。已知几栋居民楼的坐标及人数，计算便利店的最佳位置的坐标及最短总路程。-Location gravity method. Several buildings known coordinates and the number of residential buildings, coordinate and calculate the shortest total distance of a convenience store in the best location.
imagetest12
- 基于最小矩方判断灰度重心法计算光心位置的像素点，并输出结果。-Analyzing calculate pixel gray scale optical center position the center of gravity method, and the output torque based on the minimum square.
imagetest12_b
- 根据边缘提取算法提取的边缘位置数据，直接利用灰度重心法进行边缘定位，可输出整数或小数数据-According to the edge extraction algorithm to extract the edge position data, the direct use of gray edge positioning the center of gravity method can output an integer or fractional data
Fire-detection-multiple-features
- 文章对比分析了火焰不同的形状结构特征，及其特征组合对火焰检测有效性的影响，提出了一种融合圆形度、矩形度和重心高度系数的火焰检测算法，然后将融合后的火焰特征输入支持向量机(SVM)中进行分类- Based on fusion of these flame features，the support vector machine (SVM) is used for classi- fication． Experimental results on the fire videos at Bilken
gray
- 采用大律法实现图像的灰度重心计算，并进行标记显示- The gray scale of the image is calculated by using the law of the great law, and the image is displayed.
compare-method
- 比较了重心法和椭圆拟合法对目标中心定位的精度。-The accuracy of the center of gravity method and ellipse fitting method is compared.
duobianxing
- 求任何多边形的重心VB程序，总结了各种在线算法的精华，多边形拐点顺序没有限制。-Seek the center of gravity of any polygon VB program, summed up the essence of a variety of online algorithms, polygon turning point of order there is no limit.
Accurate-of-line-structured-light
- 本文提出了基于光条纹图像方向与重心法相结合的方法，首先手阈值法获取条纹中心初值，然后，通过光条纹图像的灰度梯度计算条纹法线方向，最后，在法线方向用重心法提取光条纹重心。对线结构光中心提取非常有帮助。-This paper presents method based on the combination of light stripe image with center of gravity method, first of all hand threshold method get the in
speech-recognition-system-
- 该项目主要以语音识别技术为支持，实现通过不同的语音命令达到控制蜡像做出相应的动作和反应。项目主要分为两个系统：语音识别系统和蜡像的动作控制系统，其中后者的硬件工作已经基本完成，只需在与语音识别部分结合时做软件上的编写和考虑，因而项目重心在语音识别技术上。-The project mainly take the speech recognition technology for support, so as to realize the different voice commands to co
FindGravity
- opencv 找到物体的重心，主要是参照了通过计算多边形的平均值-opencv find the center of gravity is mainly calculated by reference to the average of the polygon
zhongxin
- 重心提取，根据不规则图形的角点坐标自动获取图形重心。-zhong xin de ti qu