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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
MATLAB
- 实现能量求取,重心求取,最大灰度和最小灰度求取-Realize the energy calculation,the center of gravity and the maxim and the minimum gray calculation
PCB
- 安装有四个负载单元,采用多通道、24位模/数转换器(ADC)检测平板上的物体重量和重心。称重器提供最高780g的满幅响应。用户界面实时显示平板的重心和实测总重量。除了作为智能压力传感器外,设计也非常适合具有压力检测功能的触摸屏接口。-The weight and the center of gravity of the flat plate are detected by using a multi-channel, 24 bit analog/digital converter (ADC),
GradientCenter
- 加载BMP图像(256色位图),采用梯度重心法提取中心线-load bmp picture(256 color bitmap),and dispose image gradient_center_method
ImageProcessing
- 图像处理所以基础程序:图像显示: Bayer抖动显示 Floyd-Steinberg抖动显示 图像增强: 灰度变换 直方图均衡 局部平均平滑 中值滤波 理想低通滤波 Butterworth低通滤波 图象锐化 理想高通滤波 Butterworth高通滤波 伪彩色增强 图像复原: 运动模糊 运动模糊复原 逆滤波退化 逆滤波复原 加噪退化 维纳滤波复原 图像变换: 傅立叶变换 快速傅立叶变换 离散余弦变换 沃尔什变换 霍特林变换 小波变换 小波反变换 图像编码: 霍夫曼编码 香
Gray_Center
- 演示验证灰度重心法寻找标记中心,采用迭代逼近灰度中心。如果需要精细控制则建议结合双线性插值算法。-Demonstration of gray center of gravity method to find the center of the mark, the iterative approach to the gray center. If the need for fine control is recommended combined with bilinear interpolatio
Smooth
- 平均法、重心法、最小二乘法、S-K法,对谱数据进行滤波平滑-Average method, centroid method, least square method, SK method of spectral data smoothing filter
light-stripes-center-extraction
- 利用重心法提取光条中心,激光光条中心提取-light stripes center extraction
GravityCenter
- 该函数实现的是激光光斑中心检测。首先对光斑进行预处理,然后利用灰度重心法来计算得到光斑的中心坐标,最后利用MATLAB的绘图功能描绘出光斑中心位置的变化情况。-This function is implemented in the laser spot detection. First spot pretreatment, and then use the barycenter method to calculate the coordinates of the center of the sp
minspend
- 用java编写的关于重心法选址问题的算法,主要考虑待选配送中心到客户重心的距离-With java prepared by the center of gravity on the location of the algorithm, the main consideration to be selected distribution center to the customer center of gravity distanc
each
- 主要求图象帧的重心的教学,通过滚动条拖动,可显示跟踪每个图象-Main image frame the center of gravity of the teaching, through the scroll bar to drag, track each image display
Autopilot-design
- 自动驾驶仪是用来稳定与控制飞机角运动和重心运动的一种飞行自动控制系统。-Autopilot is used to stabilize and control the aircraft angular motion and the center of gravity of a flight automatic control system.
circlejiance
- 基于matlab求中心的比较简单的检测方法,适合初学者使用(Matlab based on the center of relatively simple detection method, suitable for beginners to use)