Track 1: Wireless Communication and Automation
Wireless communication theory and standardization
Sustainable and energy efficient wireless networks
Security and privacy of wireless networks
Cognitive wireless communications
Future wireless communication services and applications
5G-and-beyond wireless networks

Track 2: Internet of Things [IoT] Technologies
Data science for Internet of Things [IoT]
Decentralized and distributed communication infrastructures
Low-latency and high reliability wireless communications
Edge and cloud computing for Internet of Things [IoT]
Internet of Connected Things and Internet of People
Blockchain for secured IoT infrastructures
Intelligent Internet of Things
Social Internet of Things and web intelligence

Track 3: Data Science and Engineering
Network mining technologies
Intelligent information retrieval techniques
Big data analytics in IoT infrastructures
Data driven IoT services and models
Adaptive data mining algorithms and models
Data mining based edge IoT systems
Information and data semantics for IoT models
Data mining for cybersecurity

Track 4: Sensors, Circuits, and Systems
Advances sensors and social sensing technologies
Sensors and machine vision for automated IoT systems
Advanced sensing and autonomous sensors fusion
Smart interface circuits for IoT systems
Fault diagnosis and interconnected systems
Artificial Intelligence-driven smart sensing techniques
Multi-mode sensor fusion techniques
Embedded sensors for intelligent IoT systems

Track 5: Robotics and Automation
Mobile Internet of Things models and architectures
IoT based wearable robotics
Autonomous and networked robotic systems
Human-machine interaction
Multimodal robotics and interactivity for intelligent IoT environments
Mobile platform for autonomous IoT systems
Performance evaluation methods
Reliable and fault-tolerant design solutions
Cloud based IoT and automation models
Intelligent coordination and control in IoT environments