AI Image Recognition-Based Bicycle Parking Monitoring System

I&T Solution AI Image Recognition-Based Bicycle Parking Monitoring System
(REF: S-2042)
Trial Project
Solution Feature
  • Adopts a three-layer architecture of "front-end sensing + edge computing + central platform" to achieve low-latency, high-concurrency distributed intelligent monitoring.
  • Utilizes deep learning-based bicycle detection and multi-object tracking algorithms for accurate target and trajectory identification.
  • Integrates geometric ROI modeling and temporal analysis to intelligently identify illegal parking and long-term idle vehicles ("abandoned bicycles").
  • Provides a visual platform integrating real-time monitoring, event alerts, and statistical analysis, seamlessly interfacing with existing management systems.
  • Continuously optimizes AI models and operational rules using field data to enhance system accuracy and scenario adaptability.
Trial Application and Expected Outcome
  • Complete the deployment and system integration of front-end sensing and edge computing nodes in the pilot area.
  • Successfully develop and deploy high-precision core algorithm models for bicycle detection, tracking, and parking space status determination.
  • Implement automatic illegal parking alerts and suspected "abandoned bicycle" identification functions to support on-site management.
  • Complete data integration with the existing operation and maintenance management platform for unified presentation and handling of alerts and statistical information.
  • Validate system effectiveness through trial operation, achieve core performance indicators, and formulate a replicable and scalable implementation plan.
Additional Solution Information Preliminary Proposal for AI Image Recognition-Based Bicycle Parking Monitoring System_GEDI.pdf
Info on I&T Solution Provider
Solution Provider:China Energy Engineering Group Guangdong Electric Power Design Institute (HK) Co., Ltd.
Address:Units 2612-15, 26/F., The Metropolis Tower, 10 Metropolis Drive, Hung Hom, Kowloon, Hong Kong
Contact Person:XUE FEI
Position:Engineer
Tel:852-59585790
Email: xuefei@gedi.com.cn

For details of the above I&T solution, please contact the I&T solution provider.