GPU Acceleration of Plane Wave (TF/SF) Source Formulations in gprMax
Contributor: ABH123
Problem: gprMax's devel branch GPU solver (cuda_opencl/ directory) supports CUDA, OpenCL, and Metal via shared kernel templates. But the Plane Wave...
Science and medicine
gprMax
Simulating electromagnetic wave propagation
Technologies
cudampiopenclopenmpPython
Topics
electromagneticsengineeringgeophysicsground penetrating radarscience
- Total projects
- 21
- Years participating
- 6
- Most recent
- 2026
Participation history
Historical projects
Reactive Simulation and Analytics Integrating marimo with gprMax
Contributor: Gaurav.Sharma
gprMax users currently visualize simulation output using static terminal scripts with no interactivity. This project builds a reactive web-based...
Building a Comprehensive Test Suite for gprMax
Contributor: Sahibjot
gprMax, an open-source FDTD electromagnetic simulator used in published research across GPR infrastructure assessment, landmine detection,...
AMD ROCm HIP Port Proposal
Contributor: Anjie
This project focuses on porting the PyCUDA-based FDTD method solver of gprMax to HIP API. The final target is to run gprMax on AMD ROCm GPUs. HIP...
Building Comprehensive AI support system for gprMax
Contributor: Jichao Fang
This project aims to enhance gprMax's user support capabilities by integrating advanced Language Model (LLM) technologies. The core goal is...
Implementation of a Near to Far Field Transformation (NFFT) Calculation and Output of Relevant Info
Contributor: Karan Khajanchi
This project aims to implement a Near-to-Far Field Transformation (NFFT) feature in gprMax. This will enable users to compute the far-field radiation...
Apple Metal Port
Contributor: Manobhav Sachan
This project aims to complete the development of an Apple Metal port for gprMax, building upon the initial work in PR #457. gprMax is an open-source...
Apple Metal Port
Contributor: Bianca Pham
The project focuses on developing an Apple Metal port of the Finite-Difference Time-Domain (FDTD) solver machine for gprMax. The current version of...
"Optimisation of CUDA and OpenCL performance" proposal from Lihao
Contributor: Lihao Bi
The proposal for the GSOC project focuses on the "Optimization of CUDA and OpenCL performance" within the gprMAX software, a tool utilizing the...
AI Chatbot and Assistant for Support
Contributor: Jung Whan Lee
This project aims to improve the user experience of gprMax, an open-source software for simulating electromagnetic wave propagation by modelling...
Cache-Efficient Acceleration of the FDTD Method in gprMax via XPU Technology
Contributor: Yutian Chen
This proposal aims to improve the performance of the Finite-Difference Time-Domain (FDTD) algorithm within the gprMax software by integrating XPU...
Implementation of a plane wave source
Contributor: Adittya
The objective of the project would be implement a plane wave source in gprMax. It is mentioned that it would be done by `translating existing MATLAB...
Improved Installation Tools
Contributor: Aditya Saini
The benefits of creating a simplified and more user-friendly installation workflow for gprMax software are: Improved user experience , Increased...
Create a gprMax custom kernel and that can be installed in Jupyter notebook
Contributor: srutanik
gprMax is CLI interface software which is used to solve electrodynamics problems by solving Maxwell's Equations using FDTD method. It is also used to...
Improving Efficiency and Readability of the gprMax codebase and preparing a custom support chatbot.
Contributor: V. Sai Suraj
The major objectives of the project are: 1. Refactoring the Python code to increase efficiency and readability and increase the overall code quality...
LasoMax
Contributor: Kartik Bansal
The aim of this project is to create a module to import geometric data acquired from terrestrial laser scanners. It will focus on developing a method...
Modelling complex materials electromagnetic properties in gprMax software
Contributor: Sylwia Majchrowska
All electromagnetic phenomena are governed by the Maxwell's equations, which describing how electric and magnetic fields are distributed due to...
Implementing GPU Accelerated Sub-gridding
Contributor: ThenoobMario
This project aims at integrating GPU accelerated FDTD sub-gridding into gprMax. The current version of gprMax treats everything within the same...
Automatic Realization of AI-Based Electromagnetic Models
Contributor: Utsav Akhaury
The aim of this project is to integrate an automatic AI-based scheme into the gprMax environment such that it provides real-time FDTD solutions to...
Implementation of a sub-gridding framework
Contributor: John Hartley
An implementation of a sub-gridding framework is proposed. Sub-gridding reduces the computational resources and solve time required for many...
OpenCl Accelerated FDTD Solver for gprMax
Contributor: MANISH AGRAWAL
The aim is to add new feature of simulating GPR models based on OpenCl which willrun on heterogeneous computing units. PyOpenCl, a Python wrapper...