Doctoral Programme in Information Technologies, Communications and Computing

      3159   Information Technologies, Communication and Computational Mathematics

  • Vision guided by events
  • Specific vision and CMOS sensors architectures
  • Embedded communications
  • Vision, artificial intelligence and mining of data applied to educational environments and to interactive systems
  • Computing perception
  • Automatic learning
  • Data Mining
  • Imaging machine and signal with applications to remote sensing learning
  • Human vision and natural images statistics
  • Multi-agent systems
  • Corporate augmented reality systems
  • Signal processing for communications and sensors wireless networks
  • Information theory and codification for multi-user communications
  • Analysis and modelling based on medical imaging
  • Construction of information systems by means of the paradigm of software development run by models
  • Multiresolution applied to the image processing
  • Numerical methods for equations in differential partial equations and applications to the fluid dynamics
  • Interactive 3D graphics and in browsers
  • Virtual reality and augmented reality
  • Multimodal interaction
  • Graphic simulation systems and trainers
  • Bioinformatics
  • Parallel computing based on GPUs

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