(The following topics include but are not limited to)
Track 1: Microelectronics Technology
Advanced semiconductor devices and processes
Design of analog/mixed-signal integrated circuits
RF integrated circuits and millimeter-wave chips
Power semiconductors and energy electronic chips
Microelectronics packaging and system integration
Reliability design and testing of chips
Low-power and high-efficiency chip technologies
Architecture design of artificial intelligence chips
Biomedical microelectronic chips
Open-source chips and agile design
Innovations in microelectronic materials
Track 2: Sensors
New sensitive materials and sensing mechanisms
Design of MEMS/NEMS sensors
Flexible wearable sensors
Bionic sensing and neuro-inspired perception
Miniaturized spectroscopy and imaging sensing
Self-calibration and compensation technologies for sensors
Multimodal sensor fusion
Extreme environment sensor technology
Wireless passive sensors
Edge intelligent processing of sensors
Improvement of sensor reliability
Standardization and testing of sensors
Track 3: Automated Testing
Optimization of industrial vision detection algorithms
Application of new non-destructive testing technologies
Design of online real-time monitoring systems
Collaboration of chip-sensor-detection systems
Intelligent detection lines for Industry 4.0
Smart medical detection equipment
Smart instruments and measurement control devices
Robotized automatic detection platforms
Cooperative detection with multiple sensors
Detection data fusion and diagnosis
Digital management of the detection process
Automated detection standard system
Security certification of detection systems
Integration of predictive maintenance technology
Major engineering detection cases ......