leejunghan's Stars
UVARCteam/2023_5th_UVARC_workshop
무인이동체원천기술개발사업 5차 통합기술워크숍(2023) 발표자료 공유
WYZ-HIT/MADRN
The code for paper: A Deep Neural Network Based Method for Magnetic Anomaly Detection.
momwenga/acgpr
Autonomous cognitive ground penetrating radar (GPR)
eddelbuettel/mkl4deb
Adding the Intel MKL to a Debian / Ubuntu system via one simple script
xiaff/Sphere-Magnetic-Anomaly
Matlab球体磁异常正演
GeophysicsLibrary/magnetic-anomaly
UNDER DEVELOPMENT: A visual guide to understanding the total field magnetic anomaly
jhunziker/FROGS
Fast Radar-On-Glacier Simulations (Matlab)
HadrienBeriot/Helmholtz_1D_HighOrder_FEM
valdelirio/tatu
Tatu - Geophysics Electromagnetic Modeling in 1D Layered Media
akohta/emf_multilayer
This is the electromagnetic field analysis program for multilayered substrate irradiated by a plane wave. The own developed numerical solution is used.
akohta/emf_mie_mmls
This is the electromagnetic field analysis program for multi-layered spherical particles. The radiation force acting on the sphere can be analyzed. This is based on Mie scattering theory, the own developed method is used.
Riarrieta/WindowedGreenFunctionMethod
Windowed Green Function Method for electromagnetic scattering in layered media with defects
chiaweihsu/RGF
2D and 3D scalar finite-difference frequency-domain solver of the scattering matrix with the recursive Green's function method.
saurabhsh96/SDML1
Matlab routines to find the spectral green's function of various stratified media configurations
Light-in-complex-nanostructures/RETOP
RETOP is an free Matlab toobox that implements a near-to-far-field transformation for computing the radiation diagram. This transformation is implemented in many electromagnetic software, however for most of them, like COMSOL multiphysics, the transformation is restricted to object surrounded by uniform media (free space). RETOP operates for objects on substrates or buried in stratified media. It can be used to compute the radiation diagram in the superstrate and the substrate . The substrate may support guided modes or surface plasmon modes with metal layers. RETOP additionally computes the in-plane radiation diagram in the guided modes. It just needs the near-field (computed on a rectangular box that contains the object with any full-wave Maxwell’s solver) to compute the radiation diagrams. It is especially relevant for calculating the scattering of nanoparticle on substrates. Special attention is made to the interface with COMSOL Multiphysics.
likemoongg/SARbackprojection
this is a example about BackProjection algorithm of SAR(synthetic aperture radar) writed by MATLAB
Ritchizh/GPR_Project_2017
A cheap GPR prototype has been developed by the workgroup of COST Action TU1208.
gdh-uniandes/GPR-Uniandes
Humanitarian Demining Project by Universidad de los Andes, mainly supported by USAID.
modelics/strata
An open-source C++ library for computing Green's functions for layered media
j95zh/AMC4030-Qt
RafaelEPimentel/SILAR
Interface for AMC4030 controller and Arduino
meminyanik/AMC4030_Matlab_Controller
This repo includes a Matlab GUI to control AMC4030 motion controllers.
LattePandaTeam/LattePanda-3D-Models
BrianOBlanton/HycomTracker
demonstration MATLAB code for particle tracking with HYCOM model output
ankz121/2DOceanVectorPlotter
Plotting a 2D vector which displays ocean current directions using matplotlib.pyplot.
lnferris/ocean_data_tools
A MATLAB toolbox for interacting with bulk freely-available oceanographic data.
USF-COT/glider_netcdf_writer
Glider NetCDF Writer
wzhaha/Radar_explore
WALABOT雷达应用研究
hemaraj12345/Walabot_Matlab
This Code detects the movement of the object and returns location of the moving object in 3D cartesian coordinate like a rador using Walabot & MATLAB
ZazAa1812/walabot
Developing mobile and affordable GPR Sytem using Walabot and Turtlebot