A new generation of services and applications is emerging that require lower latency, better reliability, large connections, and increased energy efficiency. This Distinguished Lecture sheds light on different aspects of Ultra-Reliable Low-Latency Communication and Time-Sensitive Networking through the use of V2X as an example.
This webinar describes how to use analytics as a way to spot expansion opportunities in a manner that makes the process easy to understand.
This Distinguished Lecture will introduce extreme value theory-based channel modelling and communication techniques detecting rare events in ultra-reliable communication together with federated learning techniques for channel estimation.
In this workshop, expert panel members will be discussing on cutting edge research and development for enabling future transport and mobility systems.
This presentation unpacks the contradictions in urban robotics, suggests how to avoid doing harm to humans, and encourages critical discussion about which version of the intelligent urban future we are building.
COVID-19 is a pandemic disease that caused more than 6.59 million deaths as of 30th October 2022. Traditional manual labelling of CT-based scans is tedious. To solve the problem, intelligent automation methods, such as transfer learning, graph neural networks, attention neural networks and weakly supervised networks can be employed.
This webinar is dedicated to exploring various perspectives on innovation risks, their owners, liability and extent from a legal stand point.
In this era of incessant and convergent global change and challenge, the role of engineers in addressing societal needs is more vital than ever. This lecture will explore key barriers and opportunities in engineering skills, culture and practice that impact on our ability to be a profession that is truly fit for the future.
This event will see our students go head-to-head to win a grand prize, judged by a panel of academics and industry experts. Come support the various teams taking in this challenge.
This presentation will elaborate on the emerging technology of Reconfigurable Intelligent Surfaces (RISs) which are proposed as the enabler of smart wireless environments, offering a highly scalable, low-cost, hardware-efficient, and almost energy-neutral solution for the dynamic control of the propagation of electromagnetic signals.