Explore @HGGM-LIM Open Source projects

Laboratorio de Imagen Médica (Medical Imaging Laboratory) (@HGGM-LIM)

HGGM-LIM

Stars
82
Global Org. Rank 63,385 (Top 21 %)
Registered about 12 years ago
Most used languages

MATLAB
52.9 %

Java
17.6 %

C++
17.6 %

Python
5.9 %

R
5.9 %
Location 🇪🇸 Spain
Country Total Rank 2,712
Country Ranking

MATLAB
12

R
133

Java
569

C++
1,068

Python
5,904

Efficient-ART-Split-Bregman-Reconstruction

MATLAB code for an iterative reconstruction method that alternates a computationally efficient linear solver (ART) with a fast denoising step based on the Split Bregman formulation

prior-motion-reconstruction-CT

Data, code and results for prior- and motion-based reconstruction (PRIMOR) method for respiratory gated CT

Split-Bregman-ST-Total-Variation-MRI

Split Bregman spatiotemporal total variation for MRI

jclustering

jClustering is a dynamic image clustering framework for ImageJ. It provides a public API for implementing new clustering algorithms and several implementations.

Split-Bregman-Total-Variation-Jacobian-Matrix

Constrained total variation image reconstruction problem solved using the Split Bregman formulation where the Jacobian is provided as a matrix

tracerkinetic

This R package implements compartmental models and linear approximations needed to perform kinetic analysis on dynamic medical images. The provided functions use the tissue time-activity curves, the input function and the frame times as input, and return the kinetic parameters and the estimated errors.

limtools

ImageJ plugins and macros developed at the Medical Imaging Laboratory

compressed-sensing-diffusion-lung-MRI

Compressed-sensing-diffusion-lung-MRI

BiiGOptitrack

Motion-Estimation-Compressed-Sensing-MRI

Split_Bregman_PICCS_fMRI

imagej-perfusion-plugin

Dynamic magnetic resonance perfusion quantification plugin.

fmrat

ConoSurf

An open-source 3D scanning system based on a conoscopic holography device for acquiring surgical surfaces

j.cmpb.2013.04.010

Source code for paper "Automatic TAC extraction from dynamic cardiac PET imaging using iterative correlation from a population template"

phardiviewer

ABLE

Automated Brain Lines Extraction Based on Laplacian Skeletonization

PLUS-LIM

PLUS version from LIM