(The following topics include but are not limited to)
Track 1: Precision Measurement Theory and Measurement Technology
Precision measurement of geometric quantities and ultra-precision inspection
Optical measurement, machine vision and optical measurement
Laser measurement, interferometric measurement and speckle detection
Coordinate measurement and three-dimensional topography reconstruction
Precision measurement of time, frequency and physical quantities
Micro-nano scale measurement and microscopic characterization techniques
Inertial measurement, attitude measurement and navigation measurement
Ultrasonic measurement, non-destructive testing and sensing measurement
Multi-source measurement data fusion and error compensation
Measurement uncertainty evaluation and metrological calibration
Dynamic measurement, online measurement and in-situ detection
Spectral measurement, fluorescence detection and component analysis
Large-scale measurement and precise detection in industrial settings
Signal acquisition, noise reduction and measurement signal processing
Measurement instrument calibration, traceability and metrological system
Track 2: Intelligent Instruments, Sensing Technology and Instrument Design
Principles, design and integration of new sensors
MEMS micro-nano sensors and micro-instruments
Optical sensing, fiber optic sensing and grating sensing
Flexible sensing, wearable sensing and intelligent perception
Instrument hardware circuits and embedded systems
Low power consumption design and miniaturization technology of instruments
Instrument signal conditioning, data acquisition module
Intelligent instrument human-computer interaction and data terminal
Virtual instruments, modular instrument systems
Instrument reliability, stability and anti-interference design
Multi-parameter integrated detection instrument development
Biological detection instruments and environmental monitoring instruments
Industrial online monitoring instruments and complete equipment
Instrument digital twin and virtual simulation design
Track 3: Automation Control Engineering
Modern control theory and adaptive control
Sliding mode control, predictive control and robust control
Fuzzy control, neural networks and intelligent control
Nonlinear system modeling, identification and control
Multi-agent cooperative control and distributed control
Motion control, servo control and precision motion platform
Robot control and trajectory planning of mechanical hands
Industrial process control and process industry automation
Industrial Internet of Things and automated data platform
Fault diagnosis and fault-tolerant control of automation systems
Real-time control systems and embedded control algorithms
Visual servo control and visual guided automation
Automation of intelligent production lines and scheduling optimization
Mechanical-electrical-hydraulic integrated system modeling and control
Autonomous control of unmanned systems (unmanned aircraft / unmanned vehicles)
...