Open AccessAn IIoT Edge Environment as a Main Support to a 3D Reconstruction Virtualization Application
Author(s) -
Leya Badat,
V. F. Vidal,
Laércio Pioli,
Jean-François Mehaut,
Leonardo de Mello Honório,
Mário A. R. Dantas
Publication year - 2020
Language(s) - English
Resource type - Conference proceedings
DOI - 10.5753/wcga.2020.12440
Subject(s) - virtualization , computer science , orchestration , node (physics) , full virtualization , edge computing , virtual machine , application virtualization , storage virtualization , enhanced data rates for gsm evolution , distributed computing , embedded system , operating system , internet of things , cloud computing , artificial intelligence , engineering , visual arts , art , musical , structural engineering
This paper describes an experimental research work, which was conducted to gather different types of cameras and computer node, as IIoT (Industrial IoT) devices, to produce support to a digital transformation with a 3D reconstruction virtualization for a real engineering application. The computational approach considered was a heterogeneous edge computing environment. In this environment, different cameras and computer node architectures, collaborate as heterogeneous IIoT processing elements, to provide a better, and as fast as possible, images to a virtualization project. The challenge and complexity related to software packages orchestration, from these IIoT devices, are also reported.