(The following topics include but are not limited to)
Track 1: Mechanical Instruments and Precise Measurement
Mechanical Instrument Design and Manufacturing Technology
Precise Measurement Theory and Methods
Geometric Measurement and Ultra-Precision Measurement Technology
Optical Interference Measurement and Laser Measurement Technology
Coordinate Measurement Technology and Three-Dimensional Measurement
Surface Topography and Roughness Measurement Technology
Micro-Nano Scale Measurement and Nanometer Metrology
Online Measurement and In-Machine Measurement Technology
Large-Scale Spatial Measurement and Industrial Photogrammetry
Measurement Uncertainty Evaluation and Value Traceability
Smart Instrument Design and Development
Virtual Instruments and Software-Defined Measurement Systems
Electronic Measurement and Automatic Test Systems
Sensors and Signal Conditioning Circuits
Error Compensation and Calibration in Precise Measurement
Multi-Sensor Fusion Measurement System
Application of Precise Measurement in Mechanical Manufacturing
Track 2: Automation Technology and Control Systems
Industrial Automation Control Systems and Architectures
Programmable Logic Controller (PLC) and SCADA Systems
Motion Control and Servo Drive Technology
Process Control and Optimization Technology
Intelligent Control Theory and Methods (Adaptive, Robust, Predictive Control, etc.)
Application of Deep Learning and Reinforcement Learning in Automation
Cooperative Control of Multi-Agent Systems
Integration of Industrial Robots and Automated Production Lines
Industrial Internet of Things (IIoT) and Cyber-Physical Systems
Automation System Simulation and Operation Maintenance Driven by Digital Twin
Design and Optimization of Automated Production Lines
Automation System Safety and Reliability
Automation Instruments, Devices, and Control Systems
Fault Diagnosis and Predictive Maintenance of Automation Systems
Edge Computing and Cloud-Edge Collaborative Automation Architecture
Track 3: Intelligent Inspection and Machine Vision
Intelligent Inspection Theory and Methods
Machine Vision and Industrial Image Inspection
Industrial Defect Detection and Intelligent Quality Assessment
Surface Defect Detection and Classification Technology
Three-Dimensional Vision Inspection and Online Measurement
Optical Inspection and Design of Machine Vision Systems
Integration of Industrial Cameras and Imaging Systems
Multi-Sensor Fusion Industrial Inspection
Robust Detection Methods in Complex Scenarios
Vision Detection in Low-Illumination and High-Noise Environments
Small Sample and Weak Supervision Learning in Defect Detection
Anomaly Detection and Unsupervised Defect Recognition
Edge Intelligence and Real-Time Detection in Industrial Vision
Calibration and Error Compensation of Vision Inspection Systems...