(Including but not limited to the following topics)
Track 1: Mechatronics
Advanced robotics technology, micro-electromechanical systems technology
Industrial automation and intelligent manufacturing
Biomechatronic systems
3D printing and mechatronics design
Human-computer interaction and collaborative robots
Mechatronics in new energy vehicles
Precise positioning and motion control
Mechanical system condition monitoring and fault diagnosis
Learning and control of autonomous robots
Aerospace mechatronics technology
Energy harvesting and autonomous power supply systems
Agricultural mechatronics technology
Smart home mechatronics technology
Mechatronics design for medical equipment
Track 2: Artificial Intelligence
Artificial intelligence applications and technologies
Artificial neural networks, Bayesian networks
Neuroinformatics, data mining
DNA computing and quantum computing
Learning computing theory
Computing and thinking
Natural language processing
Intelligent system architecture, intelligent networks
Artificial intelligence tools and applications
Ubiquitous computing and environmental intelligence
Non-classical computing and new computing models
Fuzzy logic and methods Machine Learning
Multi-agent systems
Track 3: Advanced Control
Adaptive control, complex systems
Control applications, cooperative control
Control system modeling, discrete event systems
Distributed control systems, data/event-driven modeling and control
Evolutionary computation and control, fuzzy control
Fault diagnosis and fault-tolerant control
Hybrid systems, intelligent systems
Intelligent fault detection and diagnosis, multi-agent systems
Networked control systems, machine learning in control applications
Nonlinear systems, nonlinear systems and control
Control systems based on neural networks, optimal control
Process control, power system control
Precise motion control, sensor/data fusion
Control applications ......