Sensor Array Signal Processing

Design of optimal algorithms for signal detection, and estimation of the parameters of signals obtained from sensor arrays and time series with a range of applications, including radar, sonar, GNSS (Global Navigation Satellite System), communications, nuclear magnetic resonance spectroscopy, and power systems.

Competitive advantage

  • Expertise in the design of optimal sensor arrays and beamforming strategies
  • Internationally recognised leadership in the development of fast and powerful algorithms for the extraction of information from noisy signals
  • Theoretical and practical experience in various applications of signal processing

Impact

  • Better, more reliable communications, sensing and imaging

Successful applications

  • Maritime radar target detection
  • High-altitude synthetic aperture radar
  • Novel nuclear magnetic resonance (NMR) software
  • Power systems parameter estimation
  • Sparse array design for radar
  • Radar for health applications

Capabilities and facilities

  • Radar systems laboratory comprising a network of array and Multiple Input and Multiple Output (MIMO) radars
  • Power systems laboratory for complete simulation of real power systems
  • State-of-the-art Nuclear Magnetic Resonance facilities

Our partners

  • Defence Science and Technology
  • Mestrelab
  • Data61
Tags
lensSignal Processing and Data Fusion