The Digital Electronics Design Group (GDED) devotes its research to two main lines that converge in the development of innovative multidisciplinary applications::

• Design of adaptive systems on a chip (SoCs) on reconfigurable devices (FPGA/PSoC) for real-time applications:
  • hardware/software co-design
  • high computational efficiency hardware accelerators
  • device consumption and size reduction techniques
  • dynamic partial reconfiguration
  • "hardware-in-the-loop" co-simulation.
• Modelling of complex dynamic systems:
  • Computational Intelligence: neural networks, neuro-fuzzy systems, and regression and optimization techniques
  • Data Mining
  • Function approximation by means of PWL and PWM techniques

• Application areas:
  • Ambient Intelligence: intelligent agents on a chip
  • Wireless sensor networks (WSN): environmental and physiological sensors
  • Human activity recognition and wearable computing
  • Intelligent vision with multi/hyperspectral image.
  • Advanced driver assistance systems (ADAS)
  • Optimum and predictive controllers
  • Modelling and optimization of industrial processes: energy co-generation