Latest entries
Tag cloud
guidelines simulation cellml dicom video conferencing grid audio conferencing middleware data fusion workflow visualization analysis framework finite element cardiac electrophysiology image visualisation imaging systems biology java segmentation parallel repository user interface markup language modelling medical images fluid dynamics soft tissue fluid structure interaction volume rendering registration modeling diffusion modelling language molecular simulations data sbml nifti distributed computing molecular dynamics software gpu computing solver deisa viewer models statistics cocoa high performance productivity framework based gnustep renal physiome kidney parameter database agile electromechanics ontology cancer discrete designing pathways biological edition test driven networks regulatory gene dynamical boolean systems automata neural processing medical images browser boinc access grid microsecond simulations data repository lhdl chat nonlinear equation rheology fusion modular fortran plugin linear algebra egee super computer aecg aneurysm collaborative meeting facility converter cardiotek curation linear equation network analysis data integration visualization tensor tracking filtering meshes images imaging informatics file management quality assurance computer vision opencv graphing visualization data analysis network analysis link analysis image processing multiphysics solver conservation element and solution element cese cleansing filteration physiome jsim numerical model c++ library partial differential equations pde image processing algorithms pipelines multiformalism vessels centerlines bifurcations geometry morphology mesh generation multiresolution c++ library multiscale c++ alignment hemodynamics vascular network modelling solver end user editor pacs connection development environment nonlinear node metrics febio grayscale networks vasculature tortuosity vessels network metrics brain network threshold electrocardiology anatomist brain mesh generation biomechanical simulations fmri structure dynamics surgical navigations meshing transport in porous media mass transport heat transfer library bioprocessing rstats dynamic biodata analyze oncology biojava bioinformatics perfusion interactve 3d images medical cross compilator kitware open source livewire multiplatform paraview mesh bio informatics code generators application development framework ide cross platform rendering temporal data medical science apps mesh visualisation molecular visualization animating graphics scripting gsengine viewers database presentation metadata annotation debuggers portal portlet chaste workflows webgl ontologies dae solver ode solver graphical interface or text input for model definition physics based animations collision detection medical simulation collision response deformations cvrg cardiovascular grid tools ontologies data integration pacs loni tools data brain atlas imaging visualization web services real time realistic rendering provenance governance standard 2d and 3d cfd lattice boltzmann method fluid flows shared desktop fuse musculo skeletal import time varying signals finite element analysis results gait analysis data dicom format biomedical data store biochemical reaction network biomodels plotting bidomain agent methods ontology systems_biology modeling soft tissue modelling medical images dicom processing visualization framework medical images browser test driven cellml ecg aecg hl7 cardiotek converter
| Search |
GIMIAS
| Date added: 22.7.2009 | Hot Hits: 449 |
 |
| Version: 0.6.10 beta | Submitter: WP3 team This e-mail address is being protected from spambots. You need JavaScript enabled to view it | License: 3-clause BSD |
Supported platform:
|
Target user group: Any | Software technology type: Development framework |
| Website | Tags: imaging, analysis, modular, plugin, dicom, | Categories: Analysis | Development environments/platforms |
GIMIAS is a workflow-oriented environment for solving advanced biomedical image computing and individualized simulation problems, which is extensible through the development of problem-specific plug-ins (see the GIMIAS web site for a full list). In addition, GIMIAS provides an open source framework for efficient development of research and clinical software prototypes integrating contributions from the Physiome community while allowing business-friendly technology transfer and commercial product development.
Main Features: Framework and Graphical application for advanced biomedical image computing and simulation.
Publication(s): GIMIAS: An Open Source Framework for Efficient Development of Research Tools and Clinical Prototypes
Requirements: GIMIAS is available for Microsoft Windows XP (x86 and x64) and later. We recommend a 2MHz Pentium or Athlon (or better) processor, a Nvidia GeForce 6600 or ATI Radeon 8500 (or better) graphic card and a minimum of 2GB of memory.
Installation method: Binaries and source code are provided on the website. Installation is manual.
Data formats supported: VTK, DICOM, VTI, STL.
Documentation: Programmer reference is provided on the web site. Documentation is available on our wiki (yet private, accessible after granting permission).
Users: Clinicians and software developers of collaborating projects and internal researchers users.
Future development plans: Linux build, improved user documentation and testing.
Constraints: None.
Support available: This e-mail address is being protected from spambots. You need JavaScript enabled to view it
| Powered by Sigsiu.NET |  |