A Cooperative AI Signal-Control System Reduces Bus Bunching and Passenger Waiting Times while Keeping Traffic Moving   Study conducted by Prof. Edward Chin-shin CHUNG and his research team   More than 90% of mechanised passenger trips in Hong...

  Digital Tools Offer Targeted Solutions to Urban Transport Challenges   Study conducted by Prof. Kee-hung LAI and his research team     In a dense metropolis like Hong Kong, mobility is both an everyday necessity and a complex systems...

  Deep Multimodal Network Jointly Forecasts Location, Journey Time and Transport Mode   Study conducted by Prof. Hans Shuaian WANG , Prof. Min XU and their research team   The spread of smartphones, GPS devices and connected vehicles has given...

  Cooperative Active Learning Enables 100-Fold Faster, More Efficient Hazardous-Source Detection   Study conducted by Prof. Wen-Hua CHEN and his research team     Locating an unknown chemical, biological or radiological source is a time-critical...

Nonlinear Interpolation Strengthens Centimetre-Level GNSS Positioning in Hong Kong During Solar Maximum   Study conducted by Prof. Wu CHEN and his research team     Drones and autonomous vehicles increasingly rely on continuous centimetre-level...

  3D LiDAR-Aided GNSS-RTK Tackles Signal Blockage and Poor Satellite Geometry   Study conducted by Prof. Li-Ta HSU and his research team   Global navigation satellite systems (GNSS) support applications ranging from everyday navigation to...

  A Foundational Step Towards Reliable Network-Connected Aerial Operations   Study conducted by Prof. Shuowen ZHANG and her research team   Imagine an unmanned aerial vehicle (UAV) carrying out tasks such as cargo delivery, aerial surveillance,...