(The following topics include but are not limited to)
Track 1: Design and Integration of Mechatronic Systems
Design and Integration of Intelligent Mechatronic Systems
Precise Motion Control and Servo Drive Technology
Intelligent Sensors, Actuators and MEMS/NEMS Technology
Multi-Physical Field Coupling Modeling and Simulation Analysis
Digital Twin and Virtual Reality Fusion Technology for Mechatronic Systems
Micro-Nano Mechatronic Systems and Precision Manufacturing Technology
Vibration Suppression and Noise Control of Mechatronic Systems
Integration of Industrial Robots and Automated Production Lines
Fault Diagnosis and Fault-Tolerant Control of Mechatronic Systems
Design of Embedded Systems and Real-Time Control Units
Advanced Sensing and Multi-Sensor Data Fusion
Optoelectromechanical Integration and Photonic System Design
Design and Optimization of Electrical Control Systems for Mechatronic Equipment
Track 2: Artificial Intelligence
Deep Learning Technology
Frontiers of Computer Vision
Large Models and General Artificial Intelligence
Reinforcement Learning and Decision Intelligence
AI and Scientific Computing
Edge and Embedded AI
Generative AI and Robot Simulation
Trustworthy AI and Security Verification
Brain Computing and Bionic AI
AI and Intelligent Robots
Track 3: Intelligent Control
Control Theory and Applications
Intelligent and Optimal Control Systems
System Science and System Engineering
Intelligent Systems and Control
Intelligent Fault Detection and Identification
Network Intelligence and Network Control
Hybrid Intelligent Systems
Mechanical and Electrical Systems and Optimization Algorithms
Control Based on Microprocessors
Intelligent Vehicles, Unmanned Systems
Power Systems and Their Automation
Embedded Systems and Robots
Aerospace Applications
Detection Technology and Automation Devices
Embedded Control
Vibration, Noise Analysis and Control
Navigation, Guidance and Control
Pattern Recognition and Intelligent Systems
Control Theory and Control Engineering
......