Cloud Fast Scalable EM Modeling
The project intends to create a Cloud Computing infrastructure that permits the rapid and cost-effective creation of simulations of electromagnetic effects on very complex structures. The model used will have to be a kind of hybrid in order to take advantage of the potential of both public and private Cloud Computing.
Cloud infrastructure monitoring and metering tools will be examined and implemented, tools that will allow us to know exactly what proportion of computational resources are used. The most interesting aspect concerns the monitoring of applications and computing resources that will work on different (private-public) Clouds.
An algorithm that is both innovative and efficient from a computational point of view will be implemented for the solution of Maxwell equations, a Computer Aided Engineering (CAE) platform based on innovative algorithms for pre- and post-processing (meshing, visualisation) will be created to prepare the geometrical structures to be analysed, and finally a Web Graphic User Interface (GUI), both intuitive and easy to use, will be developed that will allow even inexperienced users to process their models in Cloud Computing easily and automatically, without the need for IT or electromagnetic expertise.
2.1 - Feasibility studies
Project co-financed within the Innovation Poles of the Piedmont Region (POR FESR 2007/2013, Axis I, Activity I.1.3 - III Annual program for research and innovation projects and services)