The ACROSS project was present at the 33rd International Conference on Field-Programmable Logic and Applications (FPL’23), organized by Chalmers University. […]

The ACROSS project was present at the 9th Panhellenic Congress for the Development of Greek Agriculture, organized by GAIA EPICHEIREIN. […]

A new issue of the ACROSS newsletter is out! In this issue, some of the positive outcomes achieved so far […]

The ACROSS project is going to be present at the ISC’23. Come to visit us at the booth hosted by […]

The ACROSS project contribution to major EU initiatives such as Destination Earth presented by ECMWF and ETP4HPC at the general assembly meeting […]

IT4Innovations operates large supercomputers and also smaller complementary systems. They represent emerging, non-traditional, and highly specialised hardware architectures that are […]

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Among all the others, Aerospace companies, due to the complexity of their products, can count on a lot of data that could be collected right from the design phases

The ACROSS project will attend the SC’22 with a booth sharing the space with SEA projects. Come and visit us […]

The ACROSS Work Package leaders met in Grenoble for progressing on the development of the technological stack and pilots’ integration.

On Tuesday 15 November ACROSS will participate to the first edition of the Workflows Community BoF. The event will bring […]

The paper “Distributed workflows with Jupyter” by our colleagues from UNITO has been selected as Editor’s Choice in journal Future […]

Across will present a webinar at HiPEAC on Monday 7 November. Here’s the description: The ACROSS project aims at developing […]

High resolution weather forecasts are essential to many sectors, such as agriculture, shipping, aviation, civil protection etc. Climate change affects many weather extremes, such as heat waves, torrential rainfalls, flash floods, tropical cyclones, medicanes (Mediterranean Hurricanes) etc.

Computational fluid dynamics plays a crucial role in the design of cooling systems in gas turbine combustors due to the difficulties and costs related to experimental measurements performed in pressurized reactive environments. Despite the massive advances in computational resources in the last years, reactive unsteady and multi-scale simulations of combustor real operating conditions are still computationally expensive.

Among the objectives of the turbine pilot of the ACROSS project, there is the development of new artificial intelligence (AI) […]

Georg Zitzlsberger (IT4Innovations) presented the ACROSS project during the poster section at HPCSE 2022. HPCSE 2022 conference was held during May […]

ETP4HPC has released the Handbook website with many additional features, such as filters and search functionalities that make it useful and easy […]

Contributors: Gabriel Antoniu, Joshua Bowden Scientific simulation is increasingly using Artificial Intelligence (AI) to analyze data, the volume of which […]

Aiming for improved projections and a better understanding of important climate processes, climate modelling strives for ever higher resolutions in […]

In hydrological modelling, accurate simulations of hydrological processes not only help to provide reliable discharge simulations for operational water management […]

In this pilot, KPIs have been partially refined:  time-to-design reduction is always expected >-50% wrt current status while the LES/HPDA […]

The first hybrid progress technical meeting, organized in Turin, Italy from 8th to 10th March by LINKS, helped to summarize […]

With the breakdown of Dennard scaling and the approaching of the post-Moore era, general-purpose processors can no longer sustain the […]

Carbon capture and storage (CCS) is one of the technologies that havea large potential for mitigating CO2 emissions, and can […]