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quyu
- 基于小波变换的图像融合，采用的是区域的6种算法-based on wavelet transform image fusion, using the region's six algorithms
region
- 利用多孔小波算法将图像分割成平滑区、纹理区和边缘区
FFT_IFFT.rar
- （1）求出两维单色数字图象的傅立叶变换以及逆变换，除对比图象效果外，还要给出以中心点作为原点图象显示方式的傅立叶变换的频谱、相位谱，并验证两维傅立叶变换的性质。 （2）傅立叶变换后，计算图象能量谱的分布范围：画出包含图象能量92.0％，94.6％, 96.4, 98.0％ 以及99.5％ 的圆圈区域。,(1) obtained two-dimensional monochrome digital image of the Fourier transform and inverse transf
image
- 利用小波对图像进行区域缩放-Using Wavelet image scaling region
PicEnergy
- 根据被测图像纹理背景和目标区域在小波变换域内图像能量分布的不同,以及经过多尺 度分解后在各子空间信息分布的不同,提出与背景纹理的方向无关,把目标的变化具有旋转、平移 以及尺度不变性的能量特征作为检测的依据。实验证明该方法具有较好的适应性。-According to the measured image texture background and target region in wavelet transform domain energy distribution of the di
FusionTechnologyofMedicalImageBasedonWavelet
- 小波变换 图像融合 自适应算法 模极大值 局部区域强度-wavelet transform image fusion adap tive algorithm modulusmaximum local region intensity
wavelet-matlab
- 基于小波变换的图像融合源代码，利用的融合规则分别使用简单的模值取大和基于区域能量。-Image fusion based on wavelet transform source code, the use of fusion rule modulus were obtained using a simple large and region-based energy.
wavelet
- Wavelet-based compression of medical images: Protocols to improve resolution and quality scalability and region-of-interest coding
wave
- 实现效果较好的小波变换，接口明确。可用于图片滤波去噪，边缘检测，区域分割。-Achieve better wavelet transform, an interface explicitly. Can be used for image filtering noise, edge detection, region segmentation.
pxc3883820
- Brain tumors are created by abnormal and uncontrolled cell division in brain itself. If the growth becomes more than 50 , then the patient is not able to recover. So the detection of brain tumor needs to be fast and accurate. The objective of this pa