资源列表
Gaborchengpin
- Gabor提取纹理特征，充分实现纹理特征的提取，完成实验目标-Gabor texture features extracted, the full realization of extracted texture features, to complete the test target
Pencil
- 基于C #，VS2012平台，使用不同的算法，绘制基本图形如：圆形，矩形等。可实现画笔基本的颜色，粗细调整等。可实现基本功能：擦除，裁剪等。-Based on C#, VS2012 platform, using different algorithms, the basic graphics rendering such as: circle, rectangle etc.. And the basic colors, adjust the thickness. The realization
MapControlhawkeye
- 基于C#编程，调用ArcGIS online地图，采用ArcGIS Engine编程方法，实现地图的鹰眼查看效果。-Based on C# programming, call the ArcGIS online map, using ArcGIS Engine programming method, the realization of the map to see the effect of hawkeye.
wo
- 利用帧差法，结合VS和openCV做的一个监测的小程序，上传供大家参考一下。-Frame differential method is used, in combination with VS and openCV do a small program, monitoring the upload for your reference.
ScaramuzzaOCamCalib
- 鱼眼镜头拍摄时会有畸变，此matlab工具箱具有校正图像畸变的功能，也可以进行多个相机的配准，是网上流行的方法-When fisheye lens distortion have this matlab toolbox has image distortion correction function can also be multiple camera registration, online popular method
luxiang
- 利用openCV和VS写的录制视频的程序，短短几行，大家可以参考一下，版本是2010-Written using openCV and VS camera to record video program, just a few lines, everybody can consult, version is 2010
EqualizeHist_hls
- 灰度图象直方图均衡化。使用vivado的HLS来实现直方图的均衡化。-Gray image histogram equalization. Use vivado of HLS to achieve histogram equalization.
light-adjust
- 完美实现图像亮度调节，可以是颜色较暗图片变成正常颜色-light adjust
sobel
- 基于FPGA的sobel滤波。使用vivado 2014.2实现的YUV图像的sobel滤波。-Sobel filter based on FPGA. YUV image Sobel filtering using vivado to achieve the 2014.2.
1
- 基于MATLAB卷积积分与离散积分——方波与单边指数信号卷积及卷积过程演示-With discrete integral convolution integral, square wave and the unilateral exponential signal convolution and deconvolution process demonstration
Vector
- 实现图形学中向量计算的一个基础类，包括点乘、叉乘等运算-Implement a base class graphics vector calculation, including dot product, cross product and other computing
image-mosaic.doc
- 图像拼接(image mosaic)技术是将一组相互间重叠部分的图像序列进行空间匹配对准,经重采样合成后形成一幅包含各图像序列信息的宽视角场景的、完整的、高清晰的新图像的技术。图像拼接在摄影测量学、计算机视觉、遥感图像处理、医学图像分析、计算机图形学等领域有着广泛的应用价值。 一般来说,图像拼接的过程由图像获取,图像配准,图像合成三步骤组成,其中图像配准是整个图像拼接的基础。本文研究了两种图像配准算法:基于特征和基于变换域的图像配准算法。 在基于特征的配准算法的基础上,提出一种稳健的基于特征点的