Professor in
Automatic Control

• Current research: Coordinated multipoint wireless transmission and moving networks, supported by Vetenskapsrådet and also within the EU project Metis.

• Previous research: 4G system research within the Wireless IP project, on adaptive 4G wireless systems and EU WINNER and EU ARTIST4G projects on new radio interfaces for mobile broadband.

• Current research: Adaptive filtering and mobile radio channel prediction.

• Current research: Simulation theory and modelling methodology for discrete event systems and population models.

• Long-standing research interest: Polynomial methods for filter design, control and robust filtering.

• Current research: Audio Signal Processing and active noise control, supported by Vetenskapsrådet.

• Commercialization of our research in audio signal processing via Dirac Research AB. This has resulted in amazing acoustic room compensation performance using the Dirac HD Sound, Dirac Live and Dirac Dimensions technologies. This digital signal processing technology is available in BMW, Bentley and Rolls Royce models and is now also available as software for consumers.

  Adaptive Signal Processing (until 2010)
  Processreglering, Advanced control projects (until 2005).