Description: Accurate Centerline Detection and Line Width
Estimation of Thick Lines Using the Radon Transform Platform: |
Size: 756736 |
Author:cmoi |
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Description: 采用radon变换检测直线，有详细注解，具有抗旋转性-Radon transform line detection, and a detailed explanation, with anti-rotational Platform: |
Size: 2048 |
Author:俞正国 |
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Description: 基于Hough变换和基于Radon变换的直线检测算法代码-source code of two straight line detection algorithm (based on Hough Transform and Radon Transform) Platform: |
Size: 2048 |
Author:Shan Haotian |
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Description: radon变换除了在处理二维三维的投影数据时重建算法的应用，在直线检测中有应用-In addition to radon transform processing data in 2D and 3D projection reconstruction algorithm applications, there are applications in line detection Platform: |
Size: 1024 |
Author:zerazhna |
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Description: 利用Radon变换研究直线目标的方法，利用Radon变换研究直线目标的方法-Radon transform line detection using the method targets，Radon transform line detection using the method targets， Platform: |
Size: 205824 |
Author:王伟 |
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Description: 使用radon变换来实现对图像中直线的检测，显示检测结果-Use radon detection of image transformation to achieve straight line, showing the test results Platform: |
Size: 1024 |
Author:alex du |
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Description: One of the most popular approaches to detect lines is based on the Radon transform (RT). But in real-world applications
RT-based approach suffers the noise and clutter, because they decrease the sharpness of the local maximums.
In this paper we suggest a new approach to computational effective line detection using the Weighted Radon Transform
(WRT). The suggested WRT-based approach uses gradient direction information, so only the differences that are
perpendicular to the line direction are integrated to make a local maximum corresponding to the line.
The theoretical and experimental studies show the effectiveness of the WRT-based line detection. The suggested WRTbased algorithm can be effectively implemented in real-time systems using parallelization and FFT-based techniques.
Keywords: Radon transform, line detection, object detection.-One of the most popular approaches to detect lines is based on the Radon transform (RT). But in real-world applications
RT-based approach suffers the noise and clutter, because they decrease the sharpness of the local maximums.
In this paper we suggest a new approach to computational effective line detection using the Weighted Radon Transform
(WRT). The suggested WRT-based approach uses gradient direction information, so only the differences that are
perpendicular to the line direction are integrated to make a local maximum corresponding to the line.
The theoretical and experimental studies show the effectiveness of the WRT-based line detection. The suggested WRTbased algorithm can be effectively implemented in real-time systems using parallelization and FFT-based techniques.
Keywords: Radon transform, line detection, object detection. Platform: |
Size: 550912 |
Author:Lamine |
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Description: 基于MATLAB平台的radon变换程序，用于图像处理，直线检测-Radon transform image processing program based on MATLAB environment, radon transform line detection for linear detection Platform: |
Size: 1024 |
Author:赵壁 |
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Description: 1.从图像中识别几何形状的基本方法；基本原理是在于利用点与线的对偶性，将原始图像空间给定的曲线通过曲线表达形式变为参数空间的一个点，这样就把原始图像中给定的检测问题转化为寻找参数空间的峰值问题。
2.基于Gabor变换的人眼检测MATLAB实现。
3.基于Radon的车牌矫正方法。
4.基于模型函数headata产生不同大小的头模型数据。
5.基于函数wdcbm2()设置图像分层阈值压缩参数，实现图像压缩(The basic method of identifying geometry from the image; the basic principle is to use point and line duality, the original image space curve given expression through the curve into a parameter space of a point, so the peak detection problem is given in the original image is transformed into searching the parameter space.) Platform: |
Size: 4096 |
Author:LD1
|
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