Research Projects
Ongoing Projects
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Hexa-X - A flagship for 6G vision and intelligent fabric of technology enablers connecting human, physical, and digital worlds 
ChaseOn - ChaseOn gathers stakeholders to build fundamental knowledge and solid competence of antenna systems to meet future challenges in wireless applications.
MUSIC - The goal of the MUSIC project is to lay the foundation for the next generation wireless backhauling networks, meeting the requirements in the next decade.- Antennas for MIMO terminals and relays - The core of the research is the design of multi-port antennas, e.g., several antennas positioned close to each other, is a challenge for modern wireless communications systems. The challenges associated with the design of multi-port antennas can be linked to the coupling between different elements…
- Dynamic multipoint wireless transmission - We focus on what wireless systems might look like 10-15 years from now, if certain technological constraints are lifted. We then see integrated wireless systems that may cover perhaps a whole city center, with thousands of radio transmitters/receivers working in a very tightly coordinated ways…
- Interference mitigation in HetNet access - One of the most critical challenges with the establishment of HetNet is interference, since the creation of more cells implies that more cell edge users are prone to inter-cell interference (ICI) from neighboring cells. One way to reduce ICI is by changing the base-station antenna array characteristics (beamwidth, beampointing direction, beamshape etc)…
- MATWAB; Multi-Antenna Technologies for Wireless Access and Backhaul - In this project, we investigate the potential of two emerging technologies in the area of wireless communications. More specifically, we explore the concept of large-scale (or massive) MIMO systems which are anticipated to deploy base-stations with hundreds of low-power antennas…
- METIS; Mobile communications Enablers for Twenty-twenty (2020) Information Society - The aim of the project is to lay the foundation for the next generation of the mobile and wireless communications system. METIS is a consortium of 29 partners spanning telecommunications manufacturers, network operators, the automotive industry and academia…
- Smart Wireless Networking for Green ICT - The traffic explosion in mobile internet puts new challenges on future mobile access networks. Forecasts predict 50 billion connected devices and a required thousand‐fold increase in network capacity. Such future wireless access networks will enable the intelligent society…
- Efficient Load-Aware Dynamic Global Radio Resource Management in Multi-Spotbeam BB Satellite Networks - Frequency re-use over a high number of narrow spotbeams is the key enabling solution towards the terabit/s satellite capacity in future broadband satellite communications. In this context, the adopted frequency plan plays a key role in determining the system performance…
Previous Projects
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ARTIST4G; Advanced radio interface technologies for 4G systems - The main objective of the ARTIST4G project is to improve the ubiquitous user experience of cellular mobile radio communications systems by satisfying the following requirements: High spectral efficiency and user data rate across the whole coverage area; Fairness between users; Low cost per information bit; Low latency… 
MAGIC; Microwave backhauling for IMT advanced and beyond - This research project puts focus on modulation and coding schemes for Gbit/s Plesiochronous Digital Hierarchy (PDH) links with a short- to medium-term application horizon, Gigabit Ethernet based microwave radio links and networks, and more long-term research on packet based microwave backhauling networks…- SSF Center for high speed wireless communication - The mission of this center is to produce world-class research in the area of wireless high data rate communications. We will provide optimized system solutions that take all relevant aspects of the physical communication process into account…
- IMT-advanced mobility; Mobility management, control and routing technology for IMT-Advanced and beyond - The scope of this project is on mobility management, control and routing in novel network topologies based on cooperating distributed multiple antenna systems…
- WINNER+; Wireless World Initiative New Radio+ - In order to reduce fragmentation and to ensure a competitive European position in the global context, the big collaborative project called WINNER+ was launched involving leading manufacturers, operators, and academic partners in Europe, but also partners outside of Europe…
- Ultrawideband radio and propagation