(Including but not limited to the following topics)
Track 1: Quantum Sensing
Design and integration of quantum optical devices
Automation of photon integrated circuit design
Development of integrated quantum photonic systems
Quantum optical signal processing algorithms
Computer control of cold atomic quantum optics systems
Quantum optical sensing and data analysis technologies
Application of quantum photonic materials in hardware
Optimization of wireless sensor networks
Intelligent sensors and self-calibration
Optical fiber sensing technology
MEMS and NEMS sensors
Sensor data fusion and signal processing
Wearable sensor applications
High-temperature and extreme environment sensors
Application of sensors in the Internet of Things
Multifunctional hybrid sensors
Track 2: Precise Measurement
Instrument theory and measurement technology
Precision and ultra-precision processing measurement
New instruments and measurement systems
Modern optics and precise measurement instruments
Sensors, actuators and controllers
Optoelectronic systems and optical instrument design
Laser measurement technology and instruments
Measurement systems and instrument calibration
MEMS and nano measurement
Precision theory and uncertainty analysis
Advanced optical processing and detection
Advanced algorithms and mathematical methods for computational imaging
Non-traditional sensing and imaging technologies
Dynamic information capture, extraction and processing
New hardware and system design for efficient computing
Virtual Reality (VR)/Augmented Reality (AR) and light field cameras
Track 3: Intelligent Control
Adaptive control systems
Control of intelligent robots
Fuzzy control technology
Deep learning control
Predictive control algorithms
Distributed control systems
Multi-agent collaboration
Machine vision control
Control of unmanned systems
Nonlinear system control
Real-time control technology
Application of reinforcement learning
Intelligent traffic control
Industrial automation control
Network control systems ......