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
 

This website uses proprietary and third-party cookies for technical purposes, traffic analysis and to facilitate insertion of content in social networks on user request. If you continue to browse, we consider that you are accepting its use. For more information please consult ourcookies policy