搜索资源列表
TraditionalOPTA
- 介绍PCNN指纹图像处理算法，该源码测试可行。希望对大家有用。-Introduced fingerprint PCNN image processing algorithm, the source test feasible. Hope useful for all of us.
ThinPcnn
- 介绍PCNN指纹图像处理算法，该源码测试可行。希望对大家有用。-Introduced fingerprint PCNN image processing algorithm, the source test feasible. Hope useful for all of us.
ThinPcnn1
- 介绍PCNN指纹图像处理算法，该源码测试可行。希望对大家有用。-Introduced fingerprint PCNN image processing algorithm, the source test feasible. Hope useful for all of us.
ThinPcnn2008730
- 介绍PCNN指纹图像处理算法，该源码测试可行。希望对大家有用。-Introduced fingerprint PCNN image processing algorithm, the source test feasible. Hope useful for all of us.
TraditionalOPTA
- 介绍PCNN指纹图像处理算法，该源码测试可行。希望对大家有用。-Introduced fingerprint PCNN image processing algorithm, the source test feasible. Hope useful for all of us.
DSPGrayscale
- 熟悉视频显示程序的运行过程、控制过程，搞清数据处理、传输途径。结合实例学习如何在视频显示程序中增加图像处理算法-Familiar with the operation procedures of the video display control process, to find out the data processing, transmission means. With examples to learn how to increase the image processing algo
DSPThreshold
- 熟悉视频显示程序的运行过程、控制过程，搞清数据处理、传输途径。结合实例学习如何在视频显示程序中增加图像处理算法。理解和掌握图像的域值分割的原理和应用-Familiar with the operation procedures of the video display control process, to find out the data processing, transmission means. With examples to learn how to increase the im
DSPLinerTrans
- 熟悉视频显示程序的运行过程、控制过程，搞清数据处理、传输途径。结合实例学习如何在视频显示程序中增加图像处理算法。理解和掌握图像的线性变换的原理和应用。-Familiar with the operation procedures of the video display control process, to find out the data processing, transmission means. With examples to learn how to increase the i
dspWindowTrans
- 结合实例学习如何在视频显示程序中增加图像处理算法。理解和掌握灰度窗口变换的原理和应用。-With examples to learn how to increase the image processing algorithms in the video display program. Understand and master the principles and applications of the gray window transform.
dspGrayStretch
- 结合实例学习如何在视频显示程序中增加图像处理算法。理解和掌握灰度拉伸的原理和应用-With examples to learn how to increase the image processing algorithms in the video display program. Understand and master the principles and applications of gray stretch
bayer_to_rgb
- bayer转RGB的图像处理算法。应用梯度算法解决图像边缘增强问题。-bayer to RGB image processing algorithms. Application gradient image edge enhancement algorithms to solve the problem.
Scrambling-encrypted-based-on-DWT
- 一种基于置乱加密和小波变换的数字图像处理算法，学习可以学习加深对小波算法的理解-A scrambling encryption and wavelet transform digital image processing algorithms based learning algorithm can learn to deepen the understanding of the wavelet
MULTI-RESOULTION
- 多分辨率平滑图像去噪算法的例程,主要包括小波域的sar图像处理算法（matlab）-Multi-resolution image denoising smoothing algorithm routines, including wavelet domain sar image processing algorithms (matlab)
cDlgMorphOpen
- 图像处理算法，将图像灰度处理之后完成中值滤波-Image processing algorithms, the image gray median filter after the completion of treatment
cDlgMorphDilation
- 图像处理算法，将图像灰度处理之后进行中值滤波-Image processing algorithms, and then the image processing median filter gray
Inspect
- 使用HALCON图像处理算法库，C#实现监视器的源代码，机器视觉入行练习算法如何嵌套到自己的源代码的经典范例-Use HALCON image processing algorithm library, C# source code to achieve the monitor, machine vision algorithms on how to join the exercises into their nest classic example source code
DigitalImage
- 使用C#以及EmguCV完成的图像处理基本程序，包含一个美观的界面，24种图像处理算法，使用时请自行配制好EmguCV-And an image processing using the C# program EmguCV substantially complete, the interface includes a beautiful, 24 kinds of image processing algorithms, make use of the preparation of a good
Visual-C-MATLAB-image-processing
- 本书系统地介绍了图像处理与识别的基本原理、典型方法和实用技术。全书共分12章，第1章～第6章是图像处理与识别的基础内容，包括图像科学综述、MATLAB语言图像编程、图像增强、图像分割、图像特征提取和图像识别；第7章～第10章是图像处理与识别的工程实例，涵盖了医学图像处理、文字识别和自导引小车路径识别等应用实例，并结合理论算法，提供了大量MATLAB代码程序，以帮助读者掌握如何使用MATLAB语言快速进行算法的仿真、调试和估计等方法。第11章～第12章，是两个综合性较强的实例，分别是Visual
orthogonal-transformation
- 图像处理算法，正交变换源程序，基于c++,在进行图像处理时使用-Image processing algorithms, orthogonal transformation of the source, when c++, the image processing is based on the use
ge-zhong-tu-xiang-chu-li-fang-fa-
- 各种图像处理算法的vc++实现，对于图像处理的初学者来说是不可多得学习资料，现特意分享给大家学习、使用。-Various image processing algorithms vc++ realize image processing for beginners learning materials is rare, it is specially for everyone to share learning and use.