Seven clusters of work spanning wireless infrastructure, security, and applied machine learning — united by a focus on making next-generation networks faster, safer, and more efficient.
Data forwarding schemes, infotainment delivery, mobility management, and Named Data Networking approaches for connected and autonomous vehicles, with a focus on 6G-enabled V2X systems.
Handover optimization and interference management across 5G/6G heterogeneous networks (HetNets), improving quality of service as devices move between cells and radio access technologies.
Lightweight key-management and authentication protocols for resource-constrained IoT and industrial systems operating over 6G infrastructure.
Simultaneous wireless information and power transfer (SWIPT) and cooperative relay strategies that improve energy efficiency and throughput in next-generation wireless networks.
Applied ML across object detection and speech emotion recognition, alongside ML-driven frameworks for multi-RAT coexistence in 6G networks.
Signal propagation, frequency reuse, and antenna-level engineering underpinning reliable handover and V2X links — the physical layer beneath every network above it.
Modeling and simulating 6G/V2X systems as digital twins, allowing network behavior to be tested and optimized before real-world deployment.