Fangqing's Website

AI Health Assistant

Designed and implemented an interactive data visualization tool to analyze and compare AI and human behavior in strategic games, enhancing user comprehension and engagement.
Demonstrated proficiency with Altair and Panel for visualization, applying advanced technical skills to meet rigorous design and functionality requirements.
Enhanced user interface with interactive elements such as dynamic filtering, hover details, and clickable legends, improving accessibility and interaction.

Engineered custom data structures using object-oriented programming to manage intricate LED configurations, enhancing control over color and brightness.
Developed music synchronization capabilities by parsing audio tracks and aligning LED responses to real-time musical rhythms using Python and the pickle library.
Designed and programmed a variety of LED patterns and sequences, including responsive animations that adapt to music.
Achieved seamless integration of LED hardware with software systems to facilitate real-time interactive light displays, ensuring robust operation and user engagement.

Addresses hazards of gas chemical leaks and emergency location issues.
Equipped with multi-type gas sensors for automatic leak source detection and localization.
Can accurately locate leak sources like CO, methane, and VOCs within 200 sqm in under 5 minutes.
Incorporates STM32F103 control board for data processing and algorithm execution.
Features obstacle avoidance and emergency vehicle reset with infrared remote control.
Significant for industrial safety and emergency responses, providing real-world applications.