INFN Open Access Repository – Quick «How-To»

The document is a quick "how-to" on the use of the INFN Open Access Repository from the user point of view. Access, content upload, community management and user support are briefly explained

INFN Open Access Repository – Quick «How-To»

The document is a quick "how-to" on the use of the INFN Open Access Repository from the user point of view. Access, content upload, community management and user support are briefly explained

INFN Open Access Repository – Quick «How-To»

The document is a quick "how-to" on the use of the INFN Open Access Repository from the user point of view. Access, content upload, community management and user support are briefly explained

INFN Open Access Repository – Quick «How-To»

The document is a quick "how-to" on the use of the INFN Open Access Repository from the user point of view. Access, content upload, community management and user support are briefly explained

INFN Open Access Repository – How to publish software repositories

The document is a quick guide on how to publish software repositories on the INFN Open Access Repository

The physics programme of the ALICE experiment at the LHC

ALICE is the dedicated heavy-ion experiment designed to exploit the unique physics potential of nucleus-nucleus interactions at the LHC energies. ALICE will also study proton-proton and proton-nucleus collisions, which will provide reference data for the nucleus-nucleus collisions. In addition the pp data will allow for a number of genuine pp physics studies, especially in the low p t domain. In this paper we present the ALICE reach for a representative sample of measured observables, and we discuss how they test the properties of the matter created in heavy-ion collisions

The CHAIN-REDS Semantic Search Engine

e-Infrastructures, and in particular Data Repositories and Open Access Data Infrastructures, are essential platforms for e-Science and e-Research and are being built since several years both in Europe and the rest of the world to support diverse multi/inter-disciplinary Virtual Research Communities. So far, however, it is difficult for scientists to correlate papers to datasets used to produce them and to discover data and documents in an easy way. In this paper, the CHAINREDS project’s Knowledge Base and its Semantic Search Engine are presented, which attempt to address those drawbacks and contribute to the reproducibility of science

Interoperable e-Infrastructure Services in Arabia

e-Infrastructures became critical platforms that integrate computational resources, facilities and repositories globally. The coordination and harmonization of advanced e-Infrastructure project developed with partners from Europe, Latin America, Arabia, Africa, China, and India contributed to developing interoperable platforms based on identity federation and science gateway technologies. This paper presents these technologies to support key services in the development of Arabia networking and services platform for research and education. The platform provides scientists, teachers, and students with seamless access to a variety of advanced resources, services, and applications available at regional e-Infrastructures in Europe and elsewhere. Users simply enter the credentials provided by their home institutions to get authenticated and do not need digital certificate-based mechanisms. Twenty applications from five scientific domains were deployed and integrated. Results showed that on average about 35,000 monthly jobs are running for a total of about 17,500 CPU wall-clock hours. Therefore, seamlessly integrated e-Infrastructures for regional e-Science activities are important resources that support scientists, students, and faculty with computational services and linkage to global research communities

Synthetic procedure to replicate the INFN Open Access Repository (based on Invenio v3 and Zenodo)

This document contains a synthetic procedure to replicate the INFN Open Access Repositor

Synthetic procedure to replicate the INFN Open Access Repository (based on Invenio v3 and Zenodo)

This document contains a synthetic procedure to replicate the INFN Open Access Repositor