1)ridgelet transform脊波变换
1.Space distance measurement of industrial computed tomography based on ridgelet transform;基于脊波变换的三维工业CT图像空间距离测量
2.A face recognition method using linear discriminant analysis based on Ridgelet transform;基于脊波变换的线性判别分析人脸识别方法
3.Image fusion based on monoscale ridgelet transform;基于单尺度脊波变换的图像融合
英文短句/例句
1.SAR Target Pose Estimation Based on Ridgelet Transform;基于脊波变换的SAR目标方位角估计
2.Shoreline detection algorithm based on total variation and ridgelet transform基于全变差和脊波变换的海岸线提取算法
3.An Algorithm of Video Shot Detection Based on Ridgelet Transform基于脊波变换的渐变镜头转场检测算法
4.Image Denoising Based on Finite Ridgelet Transform;基于有限脊波变换的图像去噪方法研究
5.Finite Ridgelet Transform and Its Applications in Image Processing;有限脊波变换及其在图像处理中的应用
6.A Meaningful Blind Watermark Althorithm Based on Ridgelet Transformation;一种基于脊波变换域的有意义图像盲水印算法
7.Image watermarking technology based on finite ridgelet transfom;一种基于有限脊波变换的数字图像水印算法
8.Crack Detection of Industrial CT Image Based on Improved Ridglet Transform基于改进脊波变换的工业CT图像裂纹检测
9.A Novel Algorithm of Multi-focus Image Fusion Using FRIT基于有限脊波变换的多聚焦图像融合新算法
10.Image content authentication algorithm based on finite ridgelet transform基于有限脊波变换的图像内容认证算法
11.Enhancement Method of Root Canal Image in Dental Film Based on Ridgelet Transform利用脊波变换对牙片中根管图像的增强方法
12.Image Semi-soft Threshold Denoising Method Based on Improved Ridgelet Transform改进的脊波变换图像半软阈值降噪方法
13.Algorithm Improvement of Discrete Ridgelet Transform and Its Application in Image Processing;离散脊波变换的算法改进及其在图像处理中的应用
14.Abstract A method for edge detection based on adaptive ridgelet transform was proposed.通过分析现有的一些方法，提出了一种基于自适应脊波变换的边缘检测方法。
15.An Improving Algorithm of Finite Ridgelet Transform Using MAP and Its Application in Low Bit Rate Image Compression基于最大后验概率的有限脊波变换改进算法及其在低比特率图像压缩中的应用
16.Dependence of Ridge Position on Dominant-mode Bandwidth of Double-ridge Waveguide脊的位置变化对双脊波导单模带宽的影响
17.Time-Frequency Transform Tool wavelet Transform and the Application to Project;时频变换工具—小波变换及其工程应用
18.quarter-wave transformer四分之一波长变换器
相关短句/例句
ridgelet transformation脊波变换
1.Discrete ridgelet transformation and its application in SAR image compressing;离散脊波变换及其在SAR图像压缩中的应用
2.In the paper,a new watermark algorithm based on ridgelet transformation is put forward.提出了一种将一幅二值图像信息嵌入到脊波变换域的盲水印算法。
3)quasi-ridgelet transform拟脊波变换
4)FRAT[英][fr?t][美][fr?t]有限脊小波变换
1.First,to use FRAT to transform the images and get the rotation and translation invariant texture of images,then make use of reflecting gray space change regularity of intervolved Matix and having multi-scale analysis ability of Wavelet transform describing the texture feature of image.该方法首先利用有限脊小波变换进行旋转不变纹理的实现,再利用反映图像灰度空间的变化规律的互相关矩阵结合小波变换的多尺度分析进行纹理特征描述。
5)finite ridgelet transform有限脊波变换
1.Then,the principal of finite ridgelet transform and its good performance in expressing the singularity of 2-dimensional or high dimensional are studied.针对小波变换在进行图像处理时不能有效表示直线/曲线的奇异性问题,研究了能够很好表示二维或更高维奇异性的有限脊波变换的基本原理,讨论了将有限脊波变换应用于图像融合的可行性,提出了基于有限脊波变换方法进行图像融合的基本架构,并对变换系数的设置与融合过程的处理进行了详细说明。
2.This paper presents an image watermarking technology based on finite ridgelet transform.提出了一种基于有限脊波变换域实现图像水印的方法,其优点是良好的稳健性和层次性。
3.In this paper,proposed on improved curvelet transform through using finite ridgelet transform.为降低曲波的数据冗余性,采用有限脊波变换对曲波进行改进,并在此基础上提出利用Mallat模极大值原理进行角点检测的算法,实验结果表明该方法即使在有噪声的情况下仍然具有较高的稳定性和鲁棒性。
6)monoscale ridgelet transform单尺度脊波变换
1.Image fusion based on monoscale ridgelet transform;基于单尺度脊波变换的图像融合
2.Image threshold denoising algorithm based on monoscale ridgelet transform;基于单尺度脊波变换的阈值滤波方法
延伸阅读
脊脊1.混乱;互相践踏。
