Reconstruction of 3D objects: how to save time and memory while preserving details

Highly-defined 3D objects play more and more a central role in Computer Graphics. Actually, several fields of application deal with 3D assets (just think about the employment of AR/VR for videogames, medical applications, cultural heritage preservation, e-commerce). In such a context, the challenge is to create 3D models stuck to […]

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ROM based optimization in the packaging industry

In the framework of a long-lasting collaboration between the MOX laboratory, the company MOXOFF s.p.a. and TetraPak, we have developed a software suite for the simulation, optimization, and uncertainty quantification of filling systems in the packaging industry. The simulation tool is based on a non-intrusive POD reduced-order method that allows […]

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epiMOX: a point of view on the COVID-19 epidemic

https://www.epimox.polimi.it/

A research group at MOX has been active during the past year in the development of epidemiological models for the analysis and forecast of the COVID-19 epidemic in Italy. In particular, we have released the epiMOX dashboard (https://www.epimox.polimi.it/) [1] for the visualization and processing of COVID-19 data and simulation results […]

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MULTISCALE MODELS IN ACTION

Geometrical multiscale models have been subject of investigation by MOX researcher since many years. Today, the focus is on multiscale problems characterized by the strong interaction between a tubular geometry and the surrounding bulk. This type of interaction characterize problems in various field ranging from the blood perfusion of biological […]

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Modelling fault reactivation

Researchers in the Computational Geosciences group at the MOX Laboratory (https://mox.polimi.it/) have been working for the last 6 years on the problem of induced seismicity to understand if and how human activities could have an impact on fault reactivation, and, thus, be the co cause of small-to-moderate earthquakes. This requires […]

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Mathematics at the service of the heart

iHEART, that is “an integrated heart model for the simulation of the cardiac function”, is an attempt to create a complete mathematical model of the human heart, which includes the electrical, mechanical and fluid-dynamic processes from the cell scale to the organ scale. The project has been funded with an […]

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A space adventure for MOX

The MOX Laboratory (https://mox.polimi.it/) is participating in a Joint Programme between Politecnico di Milano and ASI (Italian Space Agency) (www.asi.it)  covering different aspects of space technologies. In particular, the involvement of the Laboratory focuses on the development of integrated physical and statistical models for the analysis of satellite data. The objective […]

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PhD Position in Numerical Methods and HPC Thechniques for Molecular Electrostatics

One PhD Position on the topic “Numerical Methods and HPC Thechniques for Molecular Electrostatics” Is available at MOX -Politecnico di Milano and IIT Genova. The PhD program envisions a period of training of one year at maximum to be spent at the Polytechnic of Milan and the remaining period of at […]

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Object-Oriented Spatial Statistics for the geosciences

The advent of modern technologies for data acquisition is leading to data-rich industrial and environmental contexts. Not only large datasets, but most often complex types of data, such as curves, images or tensors, are routinely collected in data-driven engineering applications, posing new challenges for geo-scientists. In recent years, the Statistics […]

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PhD Opportunities at MOX

Applications are now open for the PhD program in Mathematical Models and Methods in Engineering hosted at the Department of Mathematics of Politecnico di Milano. Interested students can find more information about the general PhD program here and the application procedure here Deadline for applications is by 2pm on 21 […]

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