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TV_inpainting
- 采用总变分法（TV）进行图像修复的matlab源代码。包括热扩散修复和多尺度方法。-using variational (TV) for image restoration of Matlab source code. Thermal diffusivity including repair and multi-scale approach.
diffusivity
- 这是在计算偏微分方程时遇到离散扩散系数时的程序，很有效。-This is the calculation of partial differential equations encountered discrete diffusion coefficient of procedures, very effective.
TV_inpainting
- 采用总变分法（TV）进行图像修复的matlab源代码。包括热扩散修复和多尺度方法。-using variational (TV) for image restoration of Matlab source code. Thermal diffusivity including repair and multi-scale approach.
diffusivity
- 这是在计算偏微分方程时遇到离散扩散系数时的程序，很有效。-This is the calculation of partial differential equations encountered discrete diffusion coefficient of procedures, very effective.
anisodiff3D
- 运用Perona-Malik各向异性扩散模型对3d图像进行平滑去噪。此方法可以有效的抑制高斯噪声，并保护图像的边缘特征。-The use of Perona-Malik anisotropic diffusion model for smooth 3d image denoising. This method can effectively suppress Gaussian noise and to protect the image
C_RLS
- 研究利用RLS算法自适应均衡器纠正存在加性白噪声的信道的畸变。讨论特征值扩散度 对学习曲线的影响。 比较RLS算法和LMS算法在不同信噪比情况下的学习曲线。 -RLS algorithm using adaptive equalizer to correct the existence of additive white noise distortion channel. Eigenvalue discussion diffusiv
RLSXXX
- 本代码比较了在四种不同特征值扩散度情况下RLS算法的学习曲线，即其收敛速度跟集平均平方误差-This code compares the different characteristics of the four cases the value of diffusivity RLS algorithm learning curve, that is, its convergence rate set with the average s
Diffusion
- Find the diffusivity in images
gongyu-guanlixitong
- matlab程序语言，图像增强算法的代码- Function [U, minv, SS] = Nonlinear_Diffusion (U_0, tau, eps, p, T, theta, sigma, fig_handle) Performs nonlinear scalar valued and coupled vector/matrix valued diffusion Inputs: U_0 nxmx
LocalDiffusivity.pl
- The scr ipt to calculate local diffusivity using Perl language in Material Studio software-The scr ipt to calculate local diffusivity using Perl language in Material Studio software
CFD_Notes_3
- Spatial discretization (3) Temporal discretization (2) Convergence, Consistency, Stability (2) Irregularity (Random and chaotic nature of flow) Increased exchange of momentum (Diffusivit