Workshop on AI-Enhanced Green Communication for Sustainable Smart Cities

Connected smart devices and computers with accelerated processors and GPUs to perform advanced machine intelligence tasks everywhere in the modern world foster computational intelligence. Green communications and networking technologies, like LoRa, 5G/6G, and NB-IoT, make it easier to collect data energy-efficiently and develop novel applications at a low-cost. Machine intelligence and green communications bring artificial intelligence (AI) to smart cities among other domains, to enable better management of network resources, optimize operations and efficiency, and provide a more sustainable environment and user-centric services. Built on the advancing wireless infrastructures, the key question is how to make use of artificial intelligence in green communications and networking to better support smart cities.

This Workshop aims to involve discussions and technical presentations of the vision, challenges and key enabling technologies on the related networks, communications, and applications to the following topics.

• Novel smart city applications with AI enhanced green communication and eXtended Reality (XR).
• New architecture and protocols design of AI integrated green communication for smart cities.
• AI enhanced green communication for security and trust in smart cities.
• AI enhanced green communication for control schemes in smart cities.
• AI enhanced green communication for smart data storage in smart cities.
• AI enhanced green communication for LPWAN for smart cities
• AI enhanced green communication for device management for smart cities.
• Federated learning and green communications for smart cities
• AI enhanced green communication for smart grid in smart cities.
• AI enhanced green communication for intelligent transport system (ITS)
• AI enhanced green communication for sustainable environment.
• AI enhanced green communication for connected health in smart cities.
• AI enhanced green communication for hard/software platforms in smart cities.
• AI enhanced green communication for joint computation- communication for smart cities and transportation.
• AI enhanced green communication for effective offloading over the smart grid.
• AI enhanced green communication for multi-data fusion and streaming for smart cities
• AI enhanced green vision communication for smart transportation
• AI enhanced green communication based on feasible device selection and authentication for smart cities