Laboratory works on the course "Parallel Computing Technologies "

imaging point sources

Small FEM software with graphical interface to define geometry and solve the heat and helmholtz equation

This is the calculation program of quasi-periodic Green's function for the Helmholtz equations. The quasi-periodicity is 2-dimensions ( z component is zero ), Green's function is 3-dimensions.

This is the calculation program of quasi-periodic Green's function for the Helmholtz equations. The quasi-periodicity is 1-dimension ( x component only ), Green's function is 3-dimensions.

Helmholtz equation solver in 2D through femm.

Reference implementation of Jacobi & Seidel iteration for Helmholtz equation using MPI concurrency

Numerical experiments from https://doi.org/10.1016/j.camwa.2020.01.016

Adaptive Solutions of Helmholtz Equations by FD-MGDL

Acoustic scattering from multiple n-spheres in NumPy / PyTorch

Лабораторные работы по курсу "Технология параллельных вычислений"

This is the calculation program of quasi-periodic Green's function for the Helmholtz equations. The quasi-periodicity is 1-dimension ( x component only ), Green's function is 2-dimensions.

Spectrally accurate hybrid direct solver for frequency domain scattering

Численное решение неоднородного двумерного уравнения Гельмгольца (стационарное распределение температуры) с помощью технологии параллельных вычислений MPI с распределенной памятью. Для решения системы линейных алгебраических уравнений используются методы Якоби и Зейделя

Helmholtz Equation Solution using .net/c#

FEniCS implementation of the numerical method introduced in the paper E. Burman, M. Nechita and L. Oksanen, Unique continuation for the Helmholtz equation using stabilized finite element methods, J. Math. Pures Appl., 2019.

The Helmholtz Method: Using Perceptual Compression to Reduce Machine Learning Complexity

simulate/reconstruction for rays through Helmholtz equation's Hamiltonian and scattered by reflective scatters (julia v0.6).

Solves Helmholtz equation with any kind of initial and boundary conditions using MPI.

This repository implements the frequency-domain adapt-then-combine full waveform inversion in Python, a fully distributed version of the FWI suited for seismic networks.