- Quality of Service in IoT Architecture using the oneM2M Standard
IoT Internet of Things
My activity focuses on the domain of the Internet of Things (IoT) and explores its application in various strategic sectors such as eHealth, Industry 4.0, Intelligent Transportation Systems, Smart Cities, and Smart Grids. These domains align with development priorities at the European level. IoT technologies are increasingly being deployed in diverse and resource-constrained environments. Cost constraints are driving manufacturers to select hardware that delivers performance tailored to the specific requirements of each use case, particularly in large-scale public applications (e.g., energy systems and urban infrastructure). In this context, the ability to assess and guarantee Quality of Service (QoS) according to the intended system usage is becoming critical. While such mechanisms are being addressed at the network level in 5G—and are anticipated in 6G—QoS considerations remain largely unaddressed at higher software layers, particularly within IoT systems.
- Revision of existing work items
- Data quality in a standardised IoT system using oneM2M standard
IoT Internet of Things
- Revision of existing work items
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Custom funding impact (2nd Open Call 2029)ETSI Technical Committees (DATA) dedicated to data interoperability have already investigated the concept of data quality in IoT systems. ETSI TR 104 409 evaluates the capabilities and limitations of oneM2M regarding data quality management, while ETSI TR 104 410 studies interoperability between oneM2M, SAREF, and NGSI-LD with a focus on metadata accessibility. ETSI TR 104 180 specifically addresses the identification of data quality metrics. These studies demonstrate that data quality is now recognized as a major issue for IoT systems. However, oneM2M still lacks native mechanisms for representing and managing data quality indicators directly within the standard architecture. This project proposes integrating runtime data quality indicators directly into the oneM2M standardized architecture.
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