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43680500MinCurvature.rar
- 这是一个介绍绘制等值线时插值方法的说明，内有反距离加权，克里格等常用方法的说明和介绍,This is a contour map, introduced when the interpolation methods that have anti-distance weighting, kriging, such as a descr iption of the method used and presentation of
ms3dImportExport_ver1_0.zip.zi
- milkshape的.ms3d文件和3ds max的文件之间的转换工具，另外还支持gmax,A utility for importing and exporting .ms3d files into 3ds Max and Gmax. This is used in conjunction with GrumpyOldMan s meshconverter to get models from .mesh files into 3ds Max (and Gmax) which preser
Medicalimagefusionmethod
- 医学图像融合方法研究，主要说了简单加权法和小波变换法-Medical image fusion method, mainly that a simple weighting method and wavelet transform
Voronoi
- 基于动态Voronoi图的距离倒数加权法的改进研究，效果很好，希望与大家分享，并多多交流-Dynamic Voronoi diagram based on inverse distance weighting method to improve research, a good effect, and we wish to share, and interact more
imagefusion
- 提出了一种基于多通道 Gabo r滤波器和 FCM聚类的图像融合新方法。该方法先利用模糊 C2均值聚类算法在多通道 Gabo r滤波器形成的特征空间上对图像进行区域分割 再对待融合图像进行多尺度小波分解 在此基础上利用 Gabo r滤波器提取高频段纹理特征构造区域相似度 ,应用区域相似度及信息量构造加权因子 ,从而得到融合图像的小波系数 最后 ,利用小波逆变换得到融合图像.-Proposed a multi-channel Gabo r filter and FCM clustering f
jjh.tar
- We show that i s possible to estimate depth from two wide baseline images using a dense descr iptor. Our local descr iptor, called DAISY, is very fast and efficient to compute. It depends on histograms of gradients like SIFT and GLOH but uses a Gauss
Uniform-linear-array-beamforming
- 仿真了均匀线性阵的波束形成，对比了不同加权下的波束形成。可以改变来波方向，效果明显。-Simulation of a uniform linear array beamforming, comparison under different weighting beamforming. You can change the direction of the incoming wave, the effect is obvious.
AGCWD
- 來自於2012年IEEE TIP的論文 Efficient Contrast Enhancement Using Adaptive Gamma Correction With Weighting Distribution ，其功能為透過分析影像中的直方圖統計資訊，達到快速增強影像對比的結果。-From the 2012 IEEE TIP paper "Efficient Contrast Enhancement Using Adaptive Gamma Correction With Weigh
fkjqlbp
- 采用局部二元模式中的均匀模式并对直方图进行渐进分块加权进行特征提取-Adopt a uniform local binary pattern histogram mode and progressive weighting for feature extraction block
kaisachuangkoubutongzhibijiao
- 脉冲压技术中需要用到加权窗函数，凯泽窗口是常用的加权窗函数。-Pulse compression techniques need to use a weighted window function, Kaiser window is commonly used weighting window function.
MPUTEST2
- 首先，对输入的点云模型进行八叉树分解。然后，用局部函数对八叉树节点包围球进行拟合。最后，利用加权函数构建全局隐函数，表达整个点云模型代表的曲面。 -First of all, the point cloud model to the input of the octree decomposition. Then, by fitting the octree node bounding sphere with local function. Finally, a global implicit
FSIM
- Zhang等人 利用相位一致性信息的特性，提出了 特征相似性方法(FSIMG) ，选取了相位一致性信息和梯度信息 作为它的两个特征，得到了较好的结果。 -A novel feature similarity (FSIM) index for full reference IQA is proposed based on the fact that human visual system (HVS) understands an image mainly according
guangbanzhongxintiqu
- 本程序主要实现暗背景下含高斯噪声的光斑滤除噪声，实现光斑中心提取。采用了sobel算子和梯度倒数加权滤噪、最大类间方差法（Otsu）确定阈值、质心法提取光斑中心坐标。-The program is mainly realized under a dark background Gaussian noise spot containing noise filtering, to achieve spot center extraction. Using sobel operator and gra
002
- 深度图时域一致性增强 -，提出一种基于自适应时域加权的深度图一致性增强-Depth map temporal consistency enhanced- puts forward a depth map based on adaptive time-domain weighting consistency
Linear_interpolation
- 用matlab绘制一维、二维的线性插值的权重函数，便于直观理解图像线性插值和双线性插值的意义。-Draw a one-dimensional, two-dimensional linear interpolation right weighting function with matlab, easy sense intuitively understand the image linear interpolation and bilinear interpolation.
a-new-color-constancy-algorithm
- 在一般的拍摄情况下，光照是平行均匀地照射到物体上的，往往关注光源颜色的变化而忽略了亮度信息，导致校正效果不理想，于是提出了基于亮度的改进算法。该算法的基本思想是，将图像均匀分块求取中心像素并对亮度进行加权，然后求取近似于整幅图像R、G、B三分量的平均灰度值，改进GrayWorld算法时用亮度加权取代了平均灰度值，最后将它与White-patch算法整合到一起，建立方程组解出调节参数，并根据参数进行调整。-In normal shooting situations, the light is un
snpqp
- IDW inverse distance weighting method, A window function design FIR digital band-pass filter, Optimization class contains several simple sample programs.
Fuzzrinmealenc
- Fuzzy c-means (FCM) clustering has been widely used in image segmentation. However, in spite of its computational efficiency and wide-spread prevalence, the FCM algorithm does not take the spatial information of pixels into consideration, and hence m