Topics include but are not limited to the following areas:

1.  Computer vision and applications 

-High resolution photoelectric imaging system
-Multispectral and hyperspectral imaging techniques
-Real-time photoelectric tracking and positioning system
-Advanced Materials and design for photoelectric sensors
-Photoelectric imaging of space and deep ocean
-Applications of photoelectric imaging in robotics
-Quantum optoelectronic technology and quantum imaging
-Nanoscale optoelectronic imaging technology 

2.  Signal Processing and analysis

-Image deep learning processing technology
-Pattern recognition and analysis
-Data fusion and multi-sensor system
-Computational optical imaging and reconstruction
-Image compression and transmission
-Wavefront sensing and correction techniques
-Nonlinear optics signal processing
-Signal Optimization and noise suppression in optoelectronic devices

3. Advanced Technology and innovative applications	

-Application of lidar technology in photoelectric system
-Photonic crystals are integrated with optoelectronics
-Application of photoelectric technology in imaging
-Remote sensing based on photoelectric technology
-Optoelectronic applications in augmented reality and virtual reality
-Design and control of adaptive photoelectric system
-Applications of optoelectronic technology in unmanned aerial vehicles and autonomous vehicles
-Wearable optoelectronic equipment and systems