Technologies for ICT

• Secure authentication based on deep learning
  
• Generative deep learning models
  
• Load variation tolerant hybrid and integrated power amplifiers
  
• Linearity-aware design and experimental characterization of multi-stage integrated power amplifiers
  
• Silicon Photonics Integrated Circuits: Semiconductor lasers
  
• Silicon Photonics Integrated Circuits: Experimental characterization of passive components
  
• Semiconductor quantum dot lasers for generation of optical frequency combs
  
• (Opto-)Electronic materials by design
  
• Analysis of crowdsourcing systems
  
• Antenna measurements
  
• Artificial Intelligence for Network Security
  
• Circuit architectures: Implementation and statistical characterization of high efficiency true random number generators (RNGs) for cryptographic applications
  
• Circuit architectures: Logic-in memory computing
  
• Compact dynamical modeling
  
• Complex system approach to microwave circuit stability assessment
  
• Compressive imaging
  
• Computational electromagnetics: Advanced numerical methods
  
• Computational electromagnetics: Novel semi-analytical and analytical methods
  
• Deep learning for image analysis
  
• Deep learning for image restoration
  
• Deep learning for prediction of geomagnetic events
  
• Deep learning for video compression
  
• Design and development of networked music performance applications
  
• Development of distributed measuring systems
  
• Digital architectures for post-quantum cryptography
  
• ECG watch
  
• Efficient sensitivity simulation of semiconductor devices
  
• Electro-optic and Electro-absorption modulators
  
• Embedded systems for bee health monitoring
  
• EMC design techniques in power electronic systems
  
• Energy-efficient protocols for Internet of Things (IoT)
  
• Epidemic processes on random graphs
  
• Films loaded with Carbon-based materials (sensors and tunable devices)
  
• Full-band Monte Carlo electron transport simulation
  
• Global Navigation Satellite System Reflectometry (GNSS-R)
  
• GNSS for environmental and atmospheric monitoring
  
• Graph-based transforms for image processing
  
• High level codesign methods
  
• Image rendering via neural radiance fields
  
• Innovative control techniques for DC-DC switch-mode conversion systems
  
• IoT microwave systems for Bio-Waste valorization
  
• IoT technologies for tailored and predictive in-vehicle experience
  
• Long-haul high capacity optical communication systems
  
• Low-cost space systems and technologies
  
• Machine Learning aided design and planning of optical networks
  
• Machine Learning for Network measurement and management
  
• Micro&nano sensors: Molecular sensing
  
• Micro&nano sensors: semiconductor sensors
  
• Micro-for-Nano (M4N) Systems for Single Molecule Sensors and Molecular Electronics
  
• Microwave circuit and system design
  
• Modeling and Characterization of Cable Bundles and Interconnects
  
• Monitoring systems for improving efficiency and welfare of residential buildings
  
• Multiphysics CAD of vertical-cavity surface-emitting lasers (VCSELs)
  
• Multiscale physics-based modeling of optoelectronic devices
  
• Nanocomputing: Advanced semiconductor field effect transistor process simulation and device modelling
  
• Nanocomputing: CAD tools for emerging technologies
  
• Nanocomputing: Hybrid technologies integration
  
• Nanocomputing: Magnetic devices and architectures
  
• Nanocomputing: single-molecule devices for logic and memory
  
• Network softwarization in next-generation networks
  
• Noise device simulation
  
• Non-conventional computation techniques for Deep Learning
  
• Nonstationary signal processing
  
• Nonstationary topological learning: the G-EXIN neural network
  
• Optimization and electromagnetic monitoring of new communication technologies
  
• Performance of network protocols and services
  
• Polynomial optimization in control
  
• Pose graph estimation in robotics
  
• Quantum computing: Quantum architectures and applications
  
• Quantum computing: Quantum devices and technologies
  
• Reliability of wireless sensor networks in harsh enviroments
  
• RISC-V extensions and hardware accelerators
  
• Satellite image compression
  
• Semiconductor devices for microwave power applications
  
• Si and III-V photonic integrated circuits
  
• Stochastic analysis of circuits, cables, and interconnects
  
• Study of GNSS technologies, services, and applications
  
• System-level design via high-level synthesis
  
• Thin film based sensor development
  
• Ultra-broadband optical access and short reach networks
  
• Ultra-low power, mostly digital, integrated interfaces for the Internet of Things
  
• Wireless Communication, Internet of Things
  
• Wireless communications systems in harsh and hostile environments