Call for Papers

Track 1: Smart Sustainability (SS)

  • Indoor environmental quality enhancement
  • ICT applied to green buildings
  • Smart homes and applications
  • Artificial intelligence in applications

Track 2: Sustainable mobility (SM)

  • EVs, HEVs, PHEVs, and MHEHs powertrain design and energy management strategies.
  • electric drivetrain component design, sizing, optimization, modeling, identification, and control. 
  • EVs and PHEVs charging, conductive/inductive charging, V2G strategies, battery performance assessment, fuel cells and hydrogen infrastructure, ultracapacitors, hybrid power supply. 
  • autonomous vehicles, intelligent guidance, localisation and mapping, robust perception, safety assessment

Track 3: Secure sustainability

  • Sustainability in AI-based security solutions
  • Optimised, data-driven security solutions
  • Forecasting cyber events with limited data
  • Energy aware programming security systems, algorithms and applications
  • Optimised, big data applications in cyber security and threat intelligence
  • Energy efficient scheduling and resource management for security systems 
  • Efficient information sharing and data protection 
  • Energy efficient models of large-scale security applications
  • Lightweight cryptographic protocols for IoT security and privacy
  • Lightweight security tools for IoT devices 
  • State-of-the-art reviews on sustainable information security
  • Energy aware HPC applications for security
  • Sustainable cyber security in IoT, smart grids, and modern networks
  • Power aware applications for cyber security and threat intelligence
  • Sustainability issues in blockchain technologies
  • Sustainability in autonomous vehicle security solutions
  • Sustainability issues and opportunities in cyber security and threat intelligence
  • Post-quantum computing and cryptography sustainability

Track 4: Sustainable Computing and Communication Systems

  • Sustainable Communication Networks
  • Efficient Power-Aware Architectures and Models
  • Renewable and Configurable Architectures
  • Efficient Resource Allocation and Scheduling
  • Sustainable Models and Architectures for Smart Grids
  • Novel Optimization Techniques
  • Sustainable High-Performance Systems
  • Complex Systems: Modelling and Simulation
  • Deep Learning and Computer Vision
  • Sustainable Mobile Computing and Communication Frameworks
  • QoS consideration for sustainable computing
  • Renewable energy models and prediction