1) fractional wavelet transform
分数小波变换
1.
New de-noising method based on fractional wavelet transform
基于分数小波变换的信号降噪新方法
2) The Fractional Wavelet Transform
分数阶小波变换
3) Integer wavelet transform
整数小波变换
1.
Hyperspectral image coding based on three-dimensional integer wavelet transform;
基于三维整数小波变换的高光谱图像编码方法
2.
Lossless compression based on integer wavelet transform for MODIS multispectral images;
基于整数小波变换的MODIS多光谱图像无损压缩
3.
A semi-blind fragile watermarking algorithm based on integer wavelet transform;
基于整数小波变换的半盲脆弱水印算法
4) complex wavelet transform
复数小波变换
1.
Experiment results show that the fusion method based on complex wavelet transform is remarkably better than that based on classical discrete wavelet transform.
提出了一种基于复数小波变换的影像融合新算法,用以融合全色影像和多光谱影像。
2.
As a newly developed multiresolution method,the complex wavelet transform provides approximately shift-invariant and directionally-selective filters.
作为新近发展起来的多分辨分析方法 ,复数小波变换提供了移动不变性和方向选择性滤波器 。
3.
Generalized Gaussian distribution statistic model is constructed by taking advantage of the statistical attribution of complex wavelet transformation coefficients.
该方法首先利用双树复数小波变换系数的统计特性来建立广义高斯分布的统计模型;然后基于该模型提取图像的特征矢量;最后利用Kullback-Leibler distance(KLD)测度算法进行纹理图像检索。
5) wavelet transform modulus
小波变换模数
1.
The largest Lyapunov exponent of a discrete dynamical system can be obtained by calculating the largest Lyapunov exponent of the small-scale wavelet transform modulus of the discrete dynamical system.
通过计算小尺度小波变换模数的最大Lyapunov指数,得到离散动力系统的最大Lyapunov指数。
6) wavelet transform base
小波变换基数
1.
The core idea is analyzing the pending data to obtain the optimal approximate length,hence optimize the boundary treatment,while analyzing the optimal approximate length to select the wavelet transform bases adaptively.
其核心是通过解析被处理数据长度来捕获其长度的最佳逼近值,实现边界处理的最优化;通过分解最佳逼近长度来获取各层次小波变换基数,实现小波变换基数选择的自适应。
补充资料：连分数的渐近分数
连分数的渐近分数
convergent of a continued fraction
连分数的渐近分数l阴ve吧e时ofa阴‘毗d五，比.;n侧卫xp口.坦”八卯6‘] 见连分数(con tinued fraction).
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条