Research group
Antennas, propagation and millimetre-wave system
Research group
Antennas, propagation and millimetre-wave system
Research
APMS implements electronic circuits to convey and reconstruct signals, and studies performance of antennas in compact devices in realistic use. APMS characterizes and models radio propagation in different indoor and outdoor scenarios.
Key results
Examples include:
- Sensor technology on wind turbine blades to reduce the cost of wind energy
- Antenna systems for compact satellites which enable global satellite communications
- Mobile phone requirements and testing for 5G and beyond
- Investigation of EM Exposure in firefighters
Collaboration
APMS has strong collaborations with leading companies and top universities in wireless communications, e.g. 5G and satellite communications.
External partners
Nordic Council of Ministers, Danish Energy Agency (Energistyrelsen), Danish military, Commission for Communications Regulation, Ireland, European Cooperation in Science and Technology (COST), Sony Mobile, Intel Mobile, Keysight/Agilent, LM Wind Power, Huawei, Gomspace, NTT DoCoMo, Telenor, Bang & Olufsen, Motorola, WiSpry / AAC Technologies, Schmid & Partner Engineering AG, Pridana, Volvo Cars, Vestas, Aalborg University Hospital, Beihang University, BUPT, Lund University, Oulu University, UESTC, Chinese Academy of Science.
Key projects
Irotor
New wireless sensor technology on wind turbine blades will enable design of long, lightweight blades that serve to reduce energy costs.
Range
An innovative solution to create the necessary systems, hardware and antenna technologies that are applicable to 5th generation mobile terminals.
Contact
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At the faculty, we have more than 30 research groups and sections with internationally recognized researchers who work in the areas of: planning, digitization, autonomous systems, communication and human touch.