Edge computing is becoming one of the key areas for both academia and industry, opening up new opportunities and posing new challenges. In particular, IoT is one of the fields that could greatly benefit from the adoption of this paradigm. Actually, different solutions and protocols can be adopted for IoT data retrieval and processing, thus creating complex heterogeneous environments. We propose a practical demonstration of how a flexible Multi-access Edge Computing (MEC) approach could be used in multi-protocol scenarios to simplify the deployment and consumption of IoT services, by means of proper extensions to the service definition in the ETSI standard MEC interface.
Borsatti, D., Bassi, L., Cerroni, W., Davoli, G., Raffaelli, C. (2022). A Multi-Protocol MEC-based Approach to Deploy and Consume IoT Services. 345 E 47TH ST, NEW YORK, NY 10017 USA : IEEE [10.1109/ICIN53892.2022.9758144].
A Multi-Protocol MEC-based Approach to Deploy and Consume IoT Services
Borsatti, D;Cerroni, W;Davoli, G;Raffaelli, C
2022
Abstract
Edge computing is becoming one of the key areas for both academia and industry, opening up new opportunities and posing new challenges. In particular, IoT is one of the fields that could greatly benefit from the adoption of this paradigm. Actually, different solutions and protocols can be adopted for IoT data retrieval and processing, thus creating complex heterogeneous environments. We propose a practical demonstration of how a flexible Multi-access Edge Computing (MEC) approach could be used in multi-protocol scenarios to simplify the deployment and consumption of IoT services, by means of proper extensions to the service definition in the ETSI standard MEC interface.I documenti in IRIS sono protetti da copyright e tutti i diritti sono riservati, salvo diversa indicazione.
