- Co-design of Communication and Control
- In-Network Industrial Feedback Control
- Distributed Control Strategies,
- Control Strategies that Can Cope with Asynchrony Between Local Loops,
- Event-Triggered Control
- Modeling of network infrastructure
- Novel Concepts of Distributed Control for Networked and Cyber Physical Systems.
- Communication and Control System Design to Support Networked Control Systems (NCS) with Stringent Real-time Requirements.
- Joint Design of the Control and Communication Protocol.
- the co-design of communication and networked multi-loop control.
- Networked Multi-Agent Systems
- Day-to-day Operational Management of Transport Systems.
- Maritime safety and security
- Railways safety and security
- Aviation safety and security
- Road safety: the digital tachograph
- Interoperability and e-mobility
- Emerging Cyber-Physical Systems (CPS)
- Novel optimal control and scheduling designs under resource constraints
- Novel mechanisms for medium access in multi-hop wireless networks with real-time requirements
- Optimal layering architecture and co-design for wireless communication and control over wireless multi-hop networks
- Large Scale Distributed Energy Systems
- Physical Constraints and Cyber-Constraints
- Distributed Control and Scheduling Algorithms for Large-Scale CPS with Resource Constraints
- Event-triggered control with awareness of communication medium
- New control-aware resource allocation mechanisms
- Control and communication co-design based on joint optimization variable set
- Control Systems with Heterogeneous Linear Time Invariant Processes
- Scheduling of multiple event-triggered loops.
- Industrial Internet of Things
- Artificial Intelligence and Machine Learning
- Neural Network Modelling
- Cognitive Systems and Real-Time Systems
- Safety and Security Systems
- Control Epidemic Spreading over Networks
- Mechatronics and Robotics, Human-Digital Interfaces
- Optimal Co-Design of Wireless Resource Management and Multi-Loop Networked Control
- Large-scale Cyber-Physical Systems with Resource Constraints
- Optimal Information-constrained Control of Distributed Systems
- Metrology of CPS
- Energy and Smart Grid
- Machine Learning, Deep Learning, and Optimization Techniques for Transportation
- Advanced driver assistance systems (ADAS)
- Connected and Automated Vehicles (CAV)
- Mobility-as-a-Service (MaaS) and Robotaxi Services
- Advanced public transportation management
- Transportation safety systems
- AI and deep learning in ITS
- Artificial transportation systems
- Behavioral modeling in ITS
- Connected and automated vehicles
- Cyber-physical-social systems for ITS
- Driver and traveler support systems
- Human factors and HMI
- Management of incidents and evacuation
- Naturalistic driving datasets and data analytics
- Security, privacy and safety systems
- Sensors, detectors and actuators in ITS
- Traffic theory for ITS
- Vehicle localization and autonomous navigation
- Vision and environment perception, detection of vulnerable road users and animals
- V2X communications in ITS