Technological capabilities

ANTENNA SYSTEMS

  •    Multielement antennae for vehicles connected with technology based on beamforming
  •    Data modulation for WiFi devices to communicate with non-WiFi devices
  •    IoT mesh networks with low-power radios
  •    Management of interference in communications and information processing

SDN/NFV RADIO ACCESS NETWORK

  •    Signal protocol models to improve efficiency in handover mechanisms via a software-defined network (SDN)

EHEALTH

  •    Serious games for remote rehabilitation
  •    Devices for low-cost, remote cardiovascular monitoring
  •    Image processing to diagnose anterior cruciate ligament injuries in the knee and to identify and characterise epigastric perforators
  •    Differential diagnosis in patients with Parkinsonʼs disease using biomechanical tests

SATELLITE COMMUNICATIONS

  •    Improved geolocation for shared vehicles in critical areas of the city through Galileo

NEW PROCESSORS

  •    Efficient processors for intelligent computing systems that can carry out cognitive functions
  •    Faster processors with lower energy consumption for artificial intelligence and automatic learning

NEW ARCHITECTURES

  •    Architectures and technologies for the control and management of virtual infrastructure resources for the optimal supply of end-to-end services
  •    Optimisation of massive multiple input multiple output (MIMO) communications
  •    Miniaturised, wireless graphene antennae that can operate in the terahertz band

ENERGY EFFICIENCY

  •    Algorithms for energy optimisation for 5G networks
  •    Low-cost radiofrequency (RF) links with low energy consumption

CYBERSECURITY

  •    Algorithms to detect cyber-physical attacks
  •    Intrusion detection system (IDS)/intrusion prevention system (IPS)
  •    More efficient, safer hardware security systems for memory devices (memristors)

COGNITIVE NETWORKS

  •    Advanced management and control system for 5G networks

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