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A Survey of Gaussian Convolution Algorithms
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| Portable types, math constants, and timing | |
| Portable types, math constants, and timing | |
| Complex arithmetic | |
| W.J. Cody's approximation of the complementary error function (erfc) | |
| W.J. Cody's approximation of the complementary error function (erfc) | |
| Filtering utility functions | |
| Filtering utility functions | |
| Benchmark for testing Gaussian convolution algorithms | |
| Alvarez-Mazorra approximate Gaussian convolution | |
| Alvarez-Mazorra approximate Gaussian convolution | |
| Box filtering approximation of Gaussian convolution | |
| Box filtering approximation of Gaussian convolution | |
| Gaussian convolution via DCT | |
| Gaussian convolution via DCT | |
| Deriche's approximation of Gaussian convolution | |
| Deriche's approximation of Gaussian convolution | |
| Gaussian convolution with extended box filters | |
| Extended box filter Gaussian approximation | |
| Gaussian convolution using FIR filters | |
| Gaussian convolution using FIR filters | |
| Gaussian convolution using stacked integral images | |
| Gaussian convolution using stacked integral images | |
| Vliet-Young-Verbeek approximate Gaussian convolution | |
| Vliet-Young-Verbeek approximate Gaussian convolution | |
| Gaussian convolution demo | |
| Gaussian convolution for short signals (N <= 4) | |
| Gaussian convolution for short signals (N <= 4) | |
| Implements read_image and write_image functions | |
| Implements read_image and write_image functions | |
| Image difference calculator program | |
| Acklam's algorithm for the inverse complementary error function | |
| Acklam's algorithm for the inverse complementary error function | |
| Invert matrix through QR decomposition | |
| Invert matrix through QR decomposition | |
| Num typedef | |
| Suite of different 1D Gaussian convolution methods | |
| Suite of different 1D Gaussian convolution methods |
1.8.3.1