CINECA IRIS Institutional Research Information System

INTEGRATING SLOPE UNITS WITH REMOTE-SENSED HYDROLOGICAL DATA FOR LANDSLIDE SUSCEPTIBILITY MAPPING USING MACHINE LEARNING

AI-based simulation surrogates for planning rainfall-induced landslide mitigation

Landslides triggered by intense or prolonged rainfall are a growing threat in the context of climate change. Physically based models are commonly used to estimate slope stability under varying hydrogeological conditions. However, their high computational cost may limit their use in time-sensitive risk assessment and decision-making scenarios. We propose a novel application of artificial intelligence (AI) for planning in safety-critical domains. In particular, our approach accelerates the pred...

Italiano L2 a studenti in mobilità. Nuove competenze per gli studi universitari

This paper offers an opportunity to reflect on developing new skills and competences to respond to the new challenges and transformations posed by changes in the world of education and training in our knowledge-based society. In particular, the paper aims at analysing and reflecting on the so-called ‘transversal key competences’ and their application to Italian L2 teaching in universities. These skills and competences are needed to succeed in an ever-changing world not only to support th...

Il sillabo interattivo. Una proposta per integrare autovalutazione e valutazione in entrata dell'italiano L2 rivolta a studenti universitari stranieri in scambio con l'Università di Padova

The project aims to present the results of an experimental research study conducted during the academic years 2015-16 and 2016-17 at the University of Padova Language Centre. The objectives of this study are to examine the results of the proposal to integrate self-evaluation and entrance evaluation aimed at foreign incoming students. The project developed in three different phases during which various tools for self-assessment were tested in order to verify their effectiveness. In the la...