orobix.com

fintechmagazine.it

Come stanno gestendo le nostre aziende la transizione verso l’Industria 4.0? – fintechmagazine.it

http://fintechmagazine.it/2016/11/09/come-stanno-gestendo-le-nostre-aziende-la-transizione-verso-lindustria-4-0

Il Magazine interamente dedicato al mondo Fintech. Come stanno gestendo le nostre aziende la transizione verso l’Industria 4.0? Posted By: fintechmagazine.it. Invitata a parlare di robotica e AI, Orobix. Spiega come può cambiare in positivo la filiera produttiva. Portando la sua esperienza diretta nel campo del Manufacturing e del Life Science, Orobix società leader nello sviluppo di soluzioni d’Intelligenza Artificiale ha spiegato al recente MeetUp di robotica di Milano come funziona l’apprendimento dei...

daron1337.github.io

All this pain is an illusion

http://daron1337.github.io/about.html

I'm a software engineer working (since Jan 2014) as Project Manager for Orobix Srl. I'm currently involved in different research activities such as software design and develop on cloud-based computing technologies, 3D computer graphics and image rendering, image analysis and motion-sensing technologies. I’m based in Bergamo, Italy. You can reach me at simone (dot) manini (at) gmail (dot) com. Antiga L, Botti L, Remuzzi A. pyNS, an open-source framework for 0D/1D hemodynamic modelling. Remuzzi A, Manini S.

daron1337.github.io

All this pain is an illusion

http://daron1337.github.io/index.html

The universe is hostile, so impersonal. Welcome to my world. Here you can find some information about me, my projects and my thoughts. Think for yourself, question authority. To think for yourself you must question authority and learn how to put yourself in a state of vulnerable, open-mindedness; chaotic, confused, vulnerability, to inform yourself. Think for yourself, question authority. IT Engineer, musician, poet, snowboarder and kitesurfer. Not necessarily in this order.

revammad.blogs.lincoln.ac.uk

Partners | REVAMMAD Project

http://revammad.blogs.lincoln.ac.uk/partners

REtinal Vascular Modelling, Measurement and Diagnosis. Charité Universitätsmedizin Berlin, CCM. Axel R. Pries, MD. Antonia M. Joussen, MD. ESR 11 Matteo Aletti. ESR 12 Weiwei Xiang. ESR 13 Anastasiia Neganova. ESR 21 Francesco Caliva. ESR 22 Roberto Annunziata. ESR 23 Jeff Wigdahl. ESR 24 Pedro Guimarães. ESR 25 Evangelia Kotsiliti. ESR 31 Georgios Leontidis. ESR 32 Sergio Crespo. ESR 33 Giovanni Ometto. ESR 34 Carlos Hernández Matas. ESR 41 Daniele Cortinovis. First Workshop – Lincoln.

vmtk.org

Meshing based on centerlines (vmtk+gmsh) | vmtk - the Vascular Modelling Toolkit

http://www.vmtk.org/tutorials/CenterlinesGmsh.html

Meshing based on centerlines (vmtk gmsh). By Emilie Marchandise, Universite catholique de Louvain, Institute of Mechanics, Materials and Civil Engineering (iMMC) *. This tutorial demonstrates how to mesh tubular geometries with Gmsh using the centerlines computed with vmtk. Gmsh. Before proceeding, make sure you went through the centerlines tutorial. This tool is based on the centerlines of the tubular geometry that is computed with VMTK using the following command:. The first lines of the file.geo f...

vmtk.org

VMTKLab 1.0.0! | vmtk - the Vascular Modelling Toolkit

http://www.vmtk.org/news/2014/12/22/vmtklab-1.0.0-released.html

VMTKLab 1.0.0! From Orobix official blog. Today marks an important milestone for Orobix. We release our first product, VMTKLab, an application for image-based modeling of the cardiovascular system. A few months ago we decided it was time to address these requests. Today we introduce VMTKLab. A new graphical, workflow-oriented application that makes image-based modeling accessible and feasible at large scales. What we release today is a set of core modules that allow to obtain volume mesh generation-ready...

vmtk.org

Mesh Generation | vmtk - the Vascular Modelling Toolkit

http://www.vmtk.org/tutorials/MeshGeneration.html

By Carlos Remuzzi, BEng Biomedical Engineering, Freelance Developer, London UK. The mesh generator for vmtk works by performing two fundamental steps, Surface Remeshing and Volume Meshing. Surface remeshing is performed under the assumption that the surface requires improvement before being used for CFD. In the surface remeshing step, the surface triangle edges are resized according to two alternative methods decided by the user:. A target edge length is uniformly assigned to the whole surface. Vmtksurfa...

vmtk.org

Advanced PypeS Tutorial | vmtk - the Vascular Modelling Toolkit

http://www.vmtk.org/tutorials/PypesAdvanced.html

By Carlos Remuzzi BEng, Biomedical Engineering, Freelance Developer, London UK. Once you’ve gained confidence with the execution of vmtk from the command line you might want to push it a little further and start writing your own Python modules based on PypeS. In this tutorial we are going to guide you through the creation of a Python script implemented as a submodule of PypeS. Creating a new module. Let’s start by opening a text editor and creating a new file. We can name it as. Defining the core structu...