IoT in the Wild: From Lab to Real-World Deployment

Abstract

Wireless sensor networks (WSNs) have been around for more than two decades and are a key enabler of the Internet of Things (IoT) applications. Most IoT applications require devices and communication performance to meet specific reliability and battery lifetime constraints when deployed in real-world scenarios. Ensuring that low-power wireless IoT systems meet these application-specific requirements remains, however, an open challenge.

In this talk, I will present past and ongoing work from the groups I have been part of, focusing on methods and tools to enhance the reliability and battery lifetime of low-power IoT systems, and support IoT developers and users in selecting appropriate IoT technologies for their specific application requirements and deployment environments. This talk provides a brief account of the research and engineering journey we experienced over the years, emphasising the critical importance of testing and validating systems in real-world target scenarios - since “it works in the lab” does not guarantee “it works in the real-world”.

Meet the Speaker

Ramona is the Principal IoT Engineer at Digital Catapult, accelerating the practical application of deep tech across industries to equip the UK to be future-ready.

Her role involves a range of activities, from applying emerging IoT technologies to real-world problems and translating research into prototypes, demonstrators, and pilots, to finding early technology adopters and co-creating new testbeds and accelerator programmes to help innovators leverage IoT technology.

Ramona holds a PhD from the University of Trento, Italy and a MSc degree from the Technical University of Cluj-Napoca, Romania. Before joining Digital Catapult, she was a lecturer in the Computer Science Department at Technical University of Cluj-Napoca and a Senior Researcher at the Nimbus Research Centre in Cork, Ireland.

Event Information

The talk will take place in Bernard Street (40), Room 201and is open to both UCL academic and external audiences.