Product Information
Product Information
Intelligent Transportation Systems (ITS) are rapidly replacing traditional manual traffic surveys by utilizing automated data collection, vehicle tracking, vehicle classification, and trajectory prediction. These technologies transform massive data sets into real-time actionable insights, supporting transportation planning, traffic control, and safety management. By improving operational efficiency and reducing accident risks, ITS plays a pivotal role in shaping safer and smarter roads.
Globally, ITS development priorities vary by region: Europe focuses on smart signal control and public transport scheduling to achieve sustainability and carbon-reduction goals. The United States emphasizes highway management and incident response to strengthen overall road safety. Asian countries such as Singapore, Japan, and South Korea apply ITS to dense urban signal optimization and autonomous vehicle testing.
In Taiwan, traffic safety statistics reveal that most accidents occur at intersections. Through big data diagnostics and strategic planning, ITS solutions have been proven effective in improving intersection safety and demonstrating measurable results in smart mobility.
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Smart Transportation Solution Application Scenario:
1. Traffic Flow Monitoring
Analyzes live video feeds to detect and track vehicle count, speed, and direction, providing valuable insights into road congestion and traffic flow patterns for transportation authorities.
2. Violation Detection
Uses AI-based image recognition to identify traffic violations such as illegal stops, lane changes, and red-light running, supporting enforcement agencies with automated monitoring and evidence collection.
3. Intersection Safety Monitoring
Recognizes vehicles and pedestrians at intersections to ensure signal timing accuracy and detect dangerous or abnormal behaviours, enhancing overall intersection safety.
4. Regional Road Surveillance
Analyzes vehicle trajectories and flow data to assist urban planners and engineers in road network design, capacity evaluation, signal timing optimization, and traffic simulation studies.