(The following topics include but are not limited to)
Track 1: Numerical Control Technology
High-end numerical control systems, open numerical control platforms and real-time kernels
Five-axis/multi-axis interpolation, high-speed and high-precision motion control
Error modeling, compensation and dynamic characteristic optimization of numerical control machines
Thermal errors, vibration suppression and reliability improvement of numerical control equipment
Adaptive control of numerical processing process, intelligent monitoring and tool wear prediction
Industrial robots + numerical control machine collaborative processing unit
Intelligentization of numerical control technology (AI-assisted processing parameter optimization, adaptive programming)
Interconnection of numerical control equipment, data acquisition and remote operation
Track 2: Intelligent Robots
Robot system cognitive mechanism
Robot autonomous consciousness and decision-making
Cognitive map construction and environmental understanding
Embodied learning and cognitive reasoning
Neuro-inspired embodied system
Human-machine collaborative cognition
Embodied cognitive interaction learning
Cognitive robot perception and judgment
Embodied intelligent intelligence in complex scenarios
Robot machine vision and 3D perception
Robot motion control algorithms
Robot system adaptive control
Robot embedded control system
Force/tactile sensing and control
Robot hardware integration and debugging
Digital twin-driven robot design
Robot system performance evaluation
Track 3: Mechanical-Electrical Systems
Micro sensors
Electronic control
Micro-electromechanical systems
Electromagnetic signal processing
Digital micromirror devices
Microelectronic technology
Precision mechanical processing
Electronic inheritance devices
Micro power sources
Control circuits
Lithography technology
Micro-nano mechatronic systems
Mechanical-electrical integration technology
Micro-nano mechanical devices and systems ……