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The industry of drones is experiencing exponential growth with multiple sectors planning to rely on them to deliver various services. However, this surge introduces significant challenges in communication and control of large numbers of drones.

One of the most promising features that will be integral part of the next generation of wireless mobile networks, 6G, is the integration of sensing functionality.

Our research focuses on modeling and evaluating the communication and network architectures of such relevant Internet of Things deployments with applications in smart cities.

The research develops new models, concepts, and solution algorithms for performance optimization in wireless networking and data analytics.

We develop modular solutions with low power consumption for wireless sensor networks, wireless data transmission with focus on high data rate / low cost, and antenna and radio frequency design for broadband and multi-band communication systems.

We contribute to the development of society with research and education in the fields of traffic systems, logistics, communication systems and construction engineering.

This project examines the dismantling of critical communication infrastructure in Sweden. The study explores the societal significance of communication network dismantling and how it is imagined, accomplished, and negotiated in practice.

The demand for wireless data traffic increases exponentially. To keep up with the growth, an ambitious but necessary goal for the next generation wireless networks is to deliver 1000x higher data rates per km2 than today.

RadioWeaves is an emerging physical-layer wireless access infrastructure, in which a fabric of distributed radio devices and computing resources serve as a massive distributed antenna array.

"Give us the problem and we’ll solve it." Professor Shaofang Gong and his research group reported the findings from the “Smart City with the Internet of Things” research project to a well-attended meeting.