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Innovations in Security Protocols At SEFM24, Dr. Ye presented the paper titled "User-Guided Verification of Security Protocols via Sound Animation", a collaborative work with Dr. Metere and Dr. Poonam Yadav. This research addresses the challenges of making formal verification more accessible to security protocol designers. By introducing sound animation, the team developed an iterative workflow that enables designers to identify bugs early in the design process, with the assurance that detected issues represent real flaws. The innovation lies in the automatic generation of animators from security protocol models, streamlining the process and allowing designers to deliver secure protocols efficiently without [...]

As part of the University of Glasgow’s celebrations for Lord Kelvin’s 200th anniversary, the event titled “Empowering Diverse Voices: Shaping Pathways for a Sustainable Future” brought together researchers and professionals from across disciplines. Sponsored by the IEEE Communications Society TC Innovation Fund, IEEE ComSoc UK & Ireland, IEEE Antennas and Propagation Society UK&I, and IEEE WICE, the event focused on pressing themes like net-zero initiatives and smart Sessions covered topics like smart cities, smart buildings, healthcare, space, energy management, Researchers showcased their work through dynamic poster presentations. Congratulations to the Best Poster Winners: 1st Prize: Reyna Victoria Jaime Arellano (Edinburgh [...]

This research is pivotal for understanding how next-generation wireless technologies can enhance UAV operations, particularly in high-demand environments where consistent communication quality is essential. Performing QoS measurements in UAV field trials with 5G-advanced communications at various altitudes | IET Conference Publication | IEEE Xplore

The event brought together prominent experts from leading UK universities, including Professors Harald Haas (TITAN), Julie McCann (CHEDDAR), Dominic O’Brien (HASC), and Dimitra Simeonidou (JOINER), to discuss how 6G will shape the future of critical sectors including: 6G for Healthcare Transformation Aligned with the government’s new £1.5 billion commitment to the NHS, the Federated Telecoms Hubs are pioneering advancements in 6G to support real-time data sharing, telemedicine, and healthcare AI applications. These technologies aim to enhance patient outcomes and streamline NHS productivity. Symposium attendees will gain insight into how 6G connectivity can create faster, more secure networks essential to the [...]

This breakthrough could revolutionise health monitoring, providing a seamless, non-invasive solution for tracking vital signs. “These advances could help provide clinicians with round-the-clock monitoring of their patients without the use of invasive or uncomfortable wearable sensors, and strengthen infection control measures in cases where patients have a communicable illness. Professor Muhammad Imran, Head of Glasgow University’s Communications, Sensing and Imaging Hub, and a co-author of the paper said: “This paper shows that radar can be used to monitor heart sounds with remarkable precision, which could make it invaluable for use in clinical settings and at home in the future” Imagine [...]

We're pleased to announce a significant milestone for Pillar 3 of our research. The USRP (Universal Software Radio Peripheral) equipment has been successfully procured, and our team is in the process of setting up an advanced demo in our lab. This demo will play a pivotal role in showcasing our cutting-edge research and practical implementations in the field.

This comprehensive report provides a strategic overview of the UK’s telecommunications landscape, addressing emerging challenges, opportunities, and innovative solutions for future network infrastructure. The whitepaper offers valuable guidance for industry leaders, researchers, and policymakers invested in building resilient and forward-thinking networks across the UK. Explore the full report here: Future Networks Whitepaper This publication marks a significant step in CHEDDAR’s commitment to impactful research and strategic collaboration, supporting the next generation of UK telecoms.

By fostering innovation and supporting industry-wide collaboration, UKTIN is dedicated to building a robust telecoms infrastructure that addresses current and future connectivity challenges. Their initiatives are paving the way for cutting-edge developments in the telecom sector, highlighting the importance of engineering expertise in driving sustainable growth. Discover how UKTIN is shaping the future of UK telecoms. Learn more about UKTIN's latest efforts here

This accolade highlights his dedication and leadership in advancing telecoms engineering and his commitment to impactful research and innovation. A true testament to teamwork and collaboration, this award underscores the efforts of Professor Imran and his team to drive forward engineering excellence. Congratulations to Professor Imran and the entire team for their hard work and dedication! Read more about this achievement here

Both DiveIn and CHEDDAR share a commitment to equipping the next generation of researchers with the tools and knowledge to innovate in fields ranging from smart grids to healthcare systems, transport, and security. This CDT programme is designed to bridge the gap between academia and real-world application, offering PhD candidates a unique opportunity to engage with cutting-edge research, industry partnerships, and external collaborations. DiveIn is focused on bringing together diverse teams to tackle interdisciplinary, mission-driven challenges at the forefront of research. During the 4-year PhD, students will take part in a training programme which integrates didactic, self-directed, empirical, and peer [...]

Professor Muhammad Ali Imran leads the Communication, Sensing and Imaging (CSI) Hub at the University of Glasgow’s Department of Engineering where he's particularly interested in energy-efficient cellular systems and frugal networking solutions. Here, we explore Muhammad's role and why he enjoys working in telecoms: Read more here

Leveraging advanced RAG techniques, this research enhances how network specifications are generated by integrating intelligent retrieval systems with generative AI. This approach ensures that 6G networks can meet evolving demands with accuracy and adaptability, addressing the unique requirements across industries like healthcare, smart cities, and transport. This innovative method represents a significant leap forward in preparing 6G networks to support the complex and highly varied applications of the future. For further details, read the full article in IEEE Communications Magazine Link

Authored by leading experts, this publication provides an in-depth look at how IRS can facilitate dynamic control of wireless environments, ensuring enhanced signal quality, security, and energy efficiency. As 6G moves from concept to reality, this book offers invaluable insights for researchers, engineers, and industry leaders focused on shaping the next generation of wireless communications. For more information, visit the book’s page on Wiley’s website: Intelligent Reconfigurable Surfaces (IRS) for Prospective 6G Wireless Networks.