8 research outputs found

    V2X Communications for the Support of GLOSA and Intelligent Intersection Applications

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    Part 1: 6th Workshop on “5G – Putting Intelligence to the Network Edge” (5G-PINE 2021)International audienceThe rapid development of 5G provides opportunities for growth for a great variety of services, also including cooperative Intelligent Transport Services (C-ITS). In this framework, of high importance are Vehicle-to-Everything (V2X) applications that can contribute towards improving driving safety, efficiency and comfort, together with the inclusion of automation processes. Based on the broader context for promoting innovative features and by assessing various opportunities appearing for the benefit of the market sector, our work specifically focuses on the scope of the 5G-DRIVE project, supporting cellular V2X trials between the EU and China. In particular, we explain the benefits for the two selected cases of use about Green Light Optimised Speed Advisory and Intelligent Intersection. Both can be examined in a joint form of architectural implementation, as in our approach. These use cases support the realization of an enhanced traffic management in urban areas, contribute to road safety and reduce fuel consumption

    OASEES: An Innovative Scope for a DAO-Based Programmable Swarm Solution, for Decentralizing AI Applications Close to Data Generation Locations

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    As traditional linear models have proved to be ineffective in perspective of the stagnant decision-making and inefficient data federation, the pathway onwards a European data sovereignty dictates for a sustainable and circular economy across diverse market sectors. In this scope, the EU-funded OASEES project has identified the need for a novel, inclusive and disruptive approach regarding the cloud to edge continuum and swarm programmability and also supporting multi-tenant, interoperable, secure and trustworthy deployments. In the present paper we discuss actual challenges for the management and orchestration of edge infrastructure and services to exploit the potential of edge processing. Then we discuss the concept and fundamental features of the OASEES approach together with technology challenges that are to be covered by the intended system development. We also discuss, in brief, a set of several vertical edge applications with significant market impact
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