Traffic Computer Vision Project

Here are a few use cases for this project:

1. Traffic Monitoring and Management: Implement the "Traffic" model in city traffic control systems to monitor and quantify the number of cars, trucks, and buses on the road. This information can assist in optimizing traffic light timings, identifying congestion hotspots, and planning future infrastructure projects.

2. Fleet Management and Logistics: Integrate the model into fleet tracking systems for businesses to monitor their truck, bus, and car fleets in real-time. This helps businesses efficiently manage and coordinate vehicle usage, maintenance scheduling, and route optimization.

3. Vehicle Counting for Research and Planning: Implement the model in studies aimed at understanding patterns of vehicle use, such as assessing the impact of public transport initiatives, measuring emissions, or analyzing the need for new infrastructure (e.g., bus lanes or toll roads).

4. Public Transport Performance Monitoring: Use the "Traffic" model to analyze the efficiency and utilization of public transport systems (e.g., buses) by monitoring the frequency, timing, and occupancy of these vehicles on their specific routes, informing service improvements and resource allocation.

5. Traffic Enforcement and Safety: Implement the model in traffic enforcement systems to identify instances of vehicles violating traffic rules, such as buses or trucks using lanes designated for cars only. This can aid in enforcing traffic regulations and improving road safety.