Track 1: Signal processing

• Sparse Signal Processing Theory for Communications
• Signal processing for emerging technologies in 5G/6G
• Graph signal processing
• Biomedical signal processing
• Detection and estimation
• Distributed signal processing for edge learning and computing
• Signal processing for sensor networks, smart cities, and IoT applications
• Signal processing for single-carrier, OFDM / OFDMA, multicarrier systems including new waveforms
• Smart grid and power line communications
• Signal processing for software defined and cognitive radio
• Quantum signal processing
• Speech, audio and language processing

                  Track 2: Mobile and Wireless Networks

• 6G Vehicular networks
• Centralized-RAN, Could-RAN, and FogRAN architectures, OpenRAN
• Vehicular wireless networks
• Underwater wireless networks
• Delay-tolerant wireless networks
• Reconfigurable wireless networks
• Quality of Service (QoS) and Quality of Experience (QoE) in next-generation net
• Wireless edge computing, fog computing, and cloud computing
• Device-to-device communications
• Machine-to-machine communications
• AI for wireless networking
• Testbeds and deployment of wireless networks
• Standardization activities of emerging wireless technologies
• Communication paradigms based on emerging wireless technologies
• Integration of satellite and terrestrial networks
• Antennas and Microwave Components
• Radars, Remote sensing and Wireless Power Transfer

                  Track 3: Communication Systems and Networks

• 6G/next-generation networks
• Hybrid technology (Wi-Fi 8 and 6G)
• Information and coding theory
• Emerging broadband wireless networks
• Semantic networks/communications
• Satellite and space communications
• Quantum communications and computing
• Security and privacy issues in communications for 5G/6G
• Machine learning/AI- based solutions for wireless communications in 5G/6G
• Wireless communications powered by Energy harvesting and green communications
• Adaptive antennas, metamaterials, and beamforming
• Multi-antenna, MIMO and Massive MIMO, holographic MIMO and/or multi-user systems
• Heterogeneous and Small-Cell Networks
• Millimeter Wave, Terahertz, and Ultra-Wideband Communication Theory
• Network Coding
• Full-duplex communications/ Physical Layer Security
• Unmanned aerial vehicles (UAV) communications
• Spectrum sensing, shaping, and management techniques
• Detection and estimation theory
• Cognitive radio and AI techniques for 6G and Beyond 5G systems
• Security and privacy for 6G
• 6G networks and IoT
• Intelligent Transportation Systems
• Quality and performance of Multi-access Edge Computing (MEC) and fog computing solutions
• Protocol design and performance evaluation of new RAN architectures
• Software Defined Networking (SDN)
• Quality and performance in beyond 5G/6G wireless and mobile networks

                  Track 4: RF & optical communication

• Optical wireless and fiber systems & networks for 6G
• Optical communication
• Free Space Optical (FSO) networks and Visible Light Communication (VLC)
• Ultraviolet communications and networks
• Underwater optical communications
• Optical wireless vehicular networks
• Radars, Remote sensing