Quantum communication, quantum-safe security and AI offer new directions for protecting and managing telecom systems. This area explores secure information exchange, intelligent signal processing and learning-based network control, with attention to reliability, privacy and practical deployment.
Reliable communication connects vehicles, drones and roadside infrastructure for safer, more efficient transportation. Research directions include vehicle-to-everything (V2X) communication, cooperative perception and coordinated driving, supported by AI and digital twins. The focus is on timely information sharing and dependable connectivity as traffic and network conditions change.
Integrating satellites, aerial platforms and terrestrial networks can extend connectivity beyond conventional coverage. This area explores communication links, spectrum sharing and coordination across these networks, with a focus on reliable service in remote locations, mobile environments and emergency situations.
Reliable connectivity depends on how networks are planned, deployed and operated. This area focuses on coverage, capacity, resource allocation and performance monitoring across wireless and optical networks. Key directions include affordable deployment, energy-efficient operation and resilient services as demand changes.
Telecom innovation must respond to economic, regulatory and societal needs. This area examines technology strategy, spectrum policy, business models and infrastructure investment. The aim is to understand how emerging technologies can become affordable, sustainable and widely accessible communication services.
