Optimised 1D convolution. Requires the profile (PSF) to be the same size as the source and result functions (this eliminates boundary checking and makes it much faster). The original unoptimised code ...

In this library you can apply Gaussian Convolution on contiguous 2D data. Here I "abused" the Fragment Shader as compute kernel in order to apply Gaussian Convolution on "texture data". The trick is ...

The study applies a new boundary tracking method using Minimum Convolution of Gaussian Weight and Squared Differences (MCGWSD). The new method is fast and effective in a sense that it does not need ad ...

Blurred Images,Camera Viewpoint,Channel Images,Classification Performance,Computer Vision System,Convolution Kernel,Gabor Wavelet,Gaussian Convolution,Gaussian Kernel ...

Anisotropic Gaussian,Finite Impulse Response,Gaussian Convolution,Gaussian Filter,Gaussian Kernel,Image Processing,Support Vector Machine,Triangular Matrix,3D Images ...

The reason for this better computational efficiency, which also holds for the discretisation approach based on convolution with the discrete analogue of the Gaussian kernel followed by central ...