Header only, single file, simple and efficient C++11 library to compute the signed distance function (SDF) to a triangle mesh
Distance Regularized Level Set Evolution and Its Application to Image Segmentation
The python code of Chan-Vese model and RSF model for image segmentation
Level set segmentation with machine learning based velocity field
A C++ implementation of a stochastic level-set method.
High-performance sparse level-set library for topography simulations
Simple coupled level set with volume of fraction (sCLSVOF) solver integrated with transport of species
Robust 3D Level Set Method for Evolving Fronts on Complex Unstructured Meshes
Visualize image segmentation based on level set method.
This is code for our work "Double level set segmentation model based on mutual exclusion of adjacent regions with application to brain MR images".
Demonstration of a few useful segmentation algorithms.
Image segmentation based on a level set evolution equation.
Open source FEniCSx framework for parallel structural shape optimization using Level Set, CutFEM, and Ersatz material methods.
This project provides a code for converting STL files into level set distributions stored in orthogonal grids. The level set distribution, calculated using Signed Distance Fields (SDF), represents the distance from a geometric surface. Useful for applications such as computational fluid dynamics (CFD) and computer-aided design (CAD).
Medical image analysis in MATLAB, featuring multimodal registration, level set segmentation, and 3D reconstruction from DICOM and MRI data
Automated contouring of breast tumor USG images.
Super Level Set Estimation Algorithms Implementation, Including LSE, TRUVAR, RMILE and some Improved Version. Project for 2019 Stochastic Process Course.
Official repo for NeurReps 2022 paper, "On the Level Sets and Invariance of Neural Tuning Landscapes". Analyze level sets on the tuning landscape of neurons and artificial units
This software features joint inversion of seismic and gravity data to deliver superior deep-structure imaging where single-source data falls short. It employs the level-set method to represent interface structures and achieves effective multi-physics data fusion by characterizing the structural similarity between velocity and density parameters.
COMSOL Multiphysics simulations of concentration-driven Marangoni flow, capillary effects, and two-phase transport for GaOOH/Ga2O3 nanowire growth.
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