An automatic electrocardiogram detector using convolutional neural network.
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Updated
Aug 17, 2018 - Python
An automatic electrocardiogram detector using convolutional neural network.
A simple matlab code to compute the structure factor S(q) from pair correlation function g(r)
Fourier series visualizer - real-time epicycle simulation reconstructing arbitrary drawings via DFT coefficients
This is a Git repository containing code for a numerical analysis lab using Fortran and MATLAB
🔀 Harmonic Fourier Transform for Neural Networks
Aplicación web para calcular y graficar series, integral, transformada y transformada discreta de Fourier, así como transformada de Laplace y resolver EDOs
A tool that finds a nucleic sub-sequence string ( from a FASTA file ) in a FASTA file using the fourier transform.
A collection of Fortran modules and subroutines for scientific computing
Implementation of Fundamental Image Processing Techniques
Fast Fourier Transform. Быстрое преобразование Фурье
Image processing algorithms
An application developed for my high school's 2018 PI day contest. A web app for visualizing the process of Fourier transformations.
This repo contains my Python programming practice including some tasks/assignments in Python programming.
Transient Nutation Analysis (TNA) is a Python package for processing and analysing transient nutation EPR data. It provides configurable preprocessing pipelines, Fourier transformation tools, and both script-based and GUI-driven workflows for 1D and 2D datasets.
node-red-subflows-FFT-dashboard-ui accepts raw streaming numbers. An entire dashboard-ui tab is devoted to information and control of the display.
A set of Java tools for mathematical computations, including various interpolation techniques, linear algebra functions for tridiagonal matrices, Fourier transforms, and an image scaling application. Created as part of a university course
Notes on Fourier analysis
An API to interactively run the AlignEM-SWiFT software on the Lonestar6 supercomputer.
This is my coursework project for 2023 autumn semester at BSUIR. The project is to study the differences in speed of large convolutions with and without Fourier transform (based on the convolution theorem) on various devices.
Fourier and Permutation encryption
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