AI/machine learning (ML) techniques are expected to enable networked systems and enhance security. In this talk, recent research on networked systems and security in the age of AI/ML will be presented.
The focus of the lecture will be on the means by which the standard, and in-work extensions to it, can address the range of emerging challenges in respect of safety arising from the unfolding 'Cambrian explosion' of AI powered autonomous systems.
In this talk Prof Song will present his perspective on AI for cybersecurity and the security of AI.
In this lecture, Prof Song presents the state of the art by reviewing and classifying the existing literature, evaluate the opportunities and challenges, and identify trends by evaluating what needs to be done to enable AI/Machine Learning for Internet of Dependable and Controllable Things.
Come join as at Coopers for a series of exciting events, where experts in the UK's energy system will be explaining how our energy system works, and what it could be like in the future as we transition to net-zero.
The IEEE ComSoc 2024 Workshop on Emerging 6G Technologies is sponsored by the IEEE ComSoc ETI on Reconfigurable Intelligent Surfaces and its IEEE ComSoc TC Innovation Support Project in 2024, IEEE ComSoc UK and Ireland Chapter, IEEE ComSoc Special Interest Group on RIS for Smart Radio Environments, and London Digital Twin Research Centre.
Prof Song presents his research findings on CPS for transportation in this talk.
Hosted by the University of Bristol IEEE Student Branch and the IEEE UK and Ireland Nanotechnology Council Chapter, this virtual event will explore the breakthrough applications of silver nanowire (AgNW)-based nanocomposites in creating stretchable, conductive materials for wearable sensors and soft robotics.
In this talk, Prof Song will share his journey from the internet of things to incremental learning and transfer learning to neurosymbolic AI.
This lecture will present results from research teams that demonstrate three-dimensional, four-dimensional, and even five-dimensional dispersion of individual sensors, differentiation of complex odours and closely related volatiles, and quantification of analytes in mixtures.