资源列表
PedestrianDetection-master
- HOG+kalman结合的行人检测，vs2013+opencv249，希望对大家有帮助-HOG KALMAN pedestrian detection，I think it is very useful,thank you
Stratix-V-GX-Devboard
- altera 的Straix V GX开发板原理图，可供硬件设计人员借鉴参考。-Schimatics of Stratix V GX FPGA Development Kit Board，useful for fpga or high speed board designers.
Graphics-and-Image-Processing
- 包括图像编辑（图像缩放，图像旋转，图像裁剪，纹理映射），图像分析（像素选择，强度描述，图像轮廓，绘制直方图），图像调整（直方图均衡化，阈值化，灰度变换），图像平滑（加噪，中通滤波，低通滤波，图像复原），图像锐化（采用Sobel算子，拉式算法，空域高通滤波，频域高通滤波，梯度法），图像高级处理（边缘检测，图像分割），小波分解（一次小波分解，两次小波分解，第一层小波重构）和图像彩色增强（假彩色增强）的GUI图形图像处理。-Including image editing (image scaling,
JPEG
- 基于DCT的JPEG图像压缩处理程序，能够实现bmp格式RGB图像编码解码，使用编码函数使得算法简单易懂，灵活使用哈夫曼编码表，减少传输数据-DCT compression processing program based on JPEG images can be achieved bmp format RGB image encoding and decoding, encoding function makes the algorithm easy to understand, flexi
LevelSet
- level set水平集图像分割算法matlab程序实现-This Matlab/C code contains routines to perform level set image segmen- tation according to: (1): various multiphase (multiregion) formulations, including a fast scheme where the computation load grows linearly with
c2excel
- 使用OPENCV将图片的灰度值输出到EXCEL文件-Use OPENCV picture gray value output to EXCEL file
Image-defogging
- 图片雾或者是沙尘暴，模糊不清，使图片清晰，去雾处理-Pictures of fog or dust, vague, so the picture is clear, to deal with fog
(OSGPQT)
- OSG 和qt结合的一个源码,非常适合入门者学习-A source OSG and qt combination, very suitable for beginners to learn
Maxinformation
- 基于图像信息熵的图像分割算法，结果可靠，自己编写，绝对能够运行。-Image segmentation algorithm based on image information entropy, the results are reliable, they write, absolutely can run.
Image
- 简单的图像处理程序，实现了如图想的灰度直方图，取反，线性变换，灰度拉伸等功能，无错，可以运行，适合初学者参考学习。-Simple image processing program, realized the figure to the gray-level histogram, invert, linear transformation, gray stretch, and other functions, there is no wrong, you can run, suitable for
uninstall_emd
- 该程序是matlab程序，是一个重要的图像处理的程序，很有用-It s very vell,It very good
Image-enhence
- 使用C#实现了图像空域增强、频域增强和图像锐化，包括laplace算子等算法。-Using C# to achieve the image spatial enhancement, frequency domain enhancement and image sharpening, including the Laplace operator and other algorithms.