Academia/Research

Interoperability ensures that users can seamlessly navigate and interact within the Metaverse, breaking down barriers between different platforms and ecosystems.

Energy consumption can be reduced using more power-efficient hardware, using sustainable power sources, deploying data centers in cooler locations, optimising protocols, using environmental metrics in routing and traffic engineering, etc.

In the proposed activity the gaps related to standards will be tackled within three working groups (WG) where I am contributing to: IEEE P1872.3, IEEE P1955 and IEEE P1872.1.1, related to multiple robots, reasoning, 6G for robotics and task representation and planning.

Quantum simulation will have a huge impact on the study of new materials and new drugs, as well as finding chemical catalysts to remove CO2 from the atmosphere or reduce the amount of energy to produce fertilizers.

A significant challenge for European industrial plants is ensuring reliable connectivity and interoperability among wireless devices. RPL has been developed to specifically address these challenges.

These standards will guide SMEs in effectively implementing and benefiting from the advancements in interactive and multimodal AI, ensuring positive integration into their operations and business strategies.

While there are standards describing processes for considering ethical and social concerns in product and service development, such as AI systems, no standard currently addresses the competencies of individuals tasked with implementing these processes in various organisational types.

Developing a standard specifically tailored to AI-based network applications in cellular networks would provide a unified framework, promoting consistency, compatibility, and efficient utilisation of resources.

This fellowship aims to contribute to the O-RAN Alliance Security Tests specification, the main standard, bringing a security assurance methodology for all O-RAN equipment.