MONTEIL , Thierry

In this paper we evaluate the impact of standards in terms of performance and their applicability in the field of IoT system design and deployment. We focus on the global IoT oneM2M standard. Our objective is to evaluate a oneM2M-based IoT solution regarding different relevant Key Performance Indicators. We propose a multi layered-model of an...

The present document proposes a Meta-Model (MM), i.e. general-purpose modelling of oneM2M applications, written using a UML-like general-purpose language that is intended to provide a general pattern for representing IoT applications, using all the entities defined in the oneM2M standard, and offering a pragmatic tool for rapidly prototyping...

The present document proposes three use case scenarios of IoT systems specially selected and defined for representing situations where modelling and analysis of the application performances is mandatory. These use cases are compliant with the oneM2M standard. They will serve to explain data and a behavioural model for an evaluation of the...

The present document describes how to complement the ETSI view by liaising with oneM2M technical bodies for consultation during the definition of the deployment scenarios. From the stakeholder point of view, it can help on the adoption of oneM2M through indicators such as performance evaluation to assess the performance of their proposed...

The present document describes and present different demonstrators build on top of the simulation tool and the profiler tool developed in ETSI TR 103 841. More precisely, the simulation tool is a OMNeT++ library implementing either the deployment model and the case studies. The profiler is a standalone software to be run together with a real...

The present document present the simulation tool and the profiler tool developed to that aim. More precisely, the simulation tool is a OMNeT++ library implementing either the deployment model and the case studies as described in previous cited documents. The profiler is a standalone software to be run together with a real open-source oneM2M...