Research activities
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  • Analysis of movement-related brain potentials during the performance of tracking tasks with variable loads.
  • Force and mechanical impedance parameter estimation during movements with variable loads.
  • Information transmission rate through a single MS (muscle spindle) and via an ensemble of parallel MS system.
  • Estimation of BSL (blood sugar level) from the electrical activity of Langerhans islets.
  • Modeling with analysis of heart rate variability.
  • Synthesis of FNS (functional neuromuscular stimulation-control) systems for paralyzed limbs.
  • Synthesis of ANN (artificial neuronal networks) to stimulate and to control the multi-degrees-of-freedom of human arm movement.
  • Spectral estimation of fetal heart rate variability during birth.
  • Medical Image Processing.
  • Biocybernetics of the human movement control system.
  • Biological signal processing (filtering,compression,presentation and classification).