Track 1 – 6G and Future Wireless Communication Systems

• 5G / 6G architectures and technologies

• Terahertz communication systems

• Ultra-massive MIMO and cooperative communications

• Intelligent reflecting surfaces (RIS) and smart radio environments

• Holographic and immersive communications

• Network slicing and virtualization

• Ultra-reliable low latency communications (URLLC)

Track 2 – AI-Native Communication Networks

• Machine learning for wireless networks

• AI-based spectrum allocation and resource management

• Autonomous network management

• AI-driven network optimization

• Intelligent network control systems

Track 3 – Internet of Things and Intelligent Sensing Systems

• Internet of Things (IoT) and Industrial IoT

• Large-scale IoT systems and smart sensing platforms

• Edge intelligence in IoT networks

• Sensor networks and distributed sensing

• Cyber-physical sensing infrastructures

Track 4 – Satellite, UAV and Non-Terrestrial Networks

• Low-Earth orbit satellite communication systems

• UAV and aerial communication networks

• Integrated space-air-ground communication systems

• High-altitude platform systems

• Non-terrestrial network architectures

Track 5 – Artificial Intelligence and Intelligent Computing

• Deep learning architectures

• Reinforcement learning systems

• Graph neural networks

• Generative AI models

• Explainable AI and trustworthy AI

• AI model optimization and deployment

Track 6 – Data Science and Intelligent Analytics

• Big data analytics and data mining

• Predictive analytics and forecasting

• Business intelligence systems

• Financial analytics and fintech

• Data-driven enterprise systems

• Real-time analytics platforms

Track 7 – Cloud, Edge and Distributed Computing Systems

• Distributed cloud computing

• Edge and fog computing architectures

• Serverless and microservice platforms

• Federated learning systems

• Resource orchestration and distributed intelligence

Track 8 – Networking, Security and Blockchain Systems

• Software defined networking (SDN)

• Network virtualization and programmable networking

• Network security and cryptography

• Privacy-preserving computing

• Blockchain and decentralized systems

• AI-driven cybersecurity

Track 9 – Signal Processing, RF and Communication Hardware

• Digital signal processing for communications

• Radar, sonar and sensor signal processing

• Antennas and propagation systems

• RF and microwave circuit design

• Millimeter-wave and metamaterial antennas

• Optical and photonic communication systems

Track 10 – Smart Systems, Robotics and Intelligent Infrastructure

• Smart cities and urban sensing systems

• Intelligent transportation systems

• Robotics and autonomous systems

• Smart grids and renewable energy systems

• Electric vehicles and energy infrastructure

• Digital twins and cyber-physical systems