[Graph Recognize] 基于图像的二维剪纸自动生成方法

Description: Image-based two-dimensional paper-cut automatic generation method
Platform: | Size: 1326080 | Author: sky197 | Hits:

[Graph Recognize] ZKFinger SDK 5.0.0.32 windows开发包

Description: Hongsoft face recognition, offline activation registration information, please log in to the official website
Platform: | Size: 26527744 | Author: Panda__Liu | Hits:

[Graph Recognize] 模式识别 第四版

Description: pattern recognition fourth edition
Platform: | Size: 36699136 | Author: CH4R1NT | Hits:

[Graph Recognize] 动态系统辨识

Description: The best book on system identification
Platform: | Size: 47185920 | Author: asdlxn | Hits:

[Graph Recognize] 模式识别与人工智能（基于MATLAB）

Description: Pattern recognition and artificial intelligence (based on MATLAB) source code
Platform: | Size: 14117888 | Author: 星斗月辉 | Hits:

[Graph Recognize] mediapipe

Description: Gesture recognition, based on mediapipe, can support pose, hand, face
Platform: | Size: 9216 | Author: dsaasafafa | Hits:

[Graph Recognize] 车辆分类计数

Description: python编写的车辆计数和分类跟踪识别，采用yolo实现。
Platform: | Size: 58855450 | Author: a8461813 | Hits:

[Graph Recognize] 附件05-Demo演示代码

Description: The binocular camera is connected with the computer to take pictures, capture pictures, take videos, detect faces, Canny edge detection, BM algorithm and sgbm algorithm for stereo matching ranging.
Platform: | Size: 9568256 | Author: 小乖腾 | Hits:

[Graph Recognize] 图像文字识别与分类例子，包括特征提取，倒谱系数等计算步骤

Description: 以下是例子说明，代码比较详细 通过鸢尾花各特征与类别间数据提琴图，可以观察四个特 征中的每一个特征与三个类别间数据范围的对应关系。各图 中提琴部分越宽，说明对应位置大小的数据越多，反之越少。 从图中可见，鸢尾花的花瓣特征（第 3、4 个特征）相比于花 萼特征（第 1、2 个特征）能更好地区分鸢尾花所对应的种类
Platform: | Size: 106712 | Author: feng2012 | Hits:

[Graph Recognize] Hilbert

Description: Hilbert dynamic signal representation
Platform: | Size: 223699 | Author: powergrid9@yandex.com | Hits:

[Graph Recognize] qt 12*12点阵取模

Description: qt 源代码，12*12点阵LED显示屏的编程软件；
Platform: | Size: 6315033 | Author: huangke2010@126.com | Hits:

[Graph Recognize] hough变换实现边缘检测

Description: 基于matlab实现图像边缘检测。首先使用高斯滤波器对图像进行去噪和平滑处理，目的是减少噪声对梯度计算的影响。接着计算梯度幅值大小和方向，Canny算法的基本思想是寻找一幅图像中灰度值变化最强的位置，平滑后的图像由prewitt算子计算梯度的幅值和方向。然后采用非极大值抑制技术消除边缘误差，使模糊的边界变得清楚。最后采用双阈值技术对非极大值抑制后的图像做进一步的处理，并用滞后技术跟踪边缘，进行边缘连接。
Platform: | Size: 790 | Author: 1775996369@qq.com | Hits: