Real-Time IoT-Based Connected Vehicle Infrastructure for Intelligent Transportation Safety

The transportation sector faces severe consequences due to the incrementing population influx yielding congestions, fatalities and haphazard traffic scenarios. Advanced Driver Assistance Systems (ADAS) assists highly in such scenarios by eradicating probable accidents and ensures traffic safety. This paper presents intelligent transportation systems (ITS) approach through the connected vehicle technology infrastructure. YOLO v4 (You Only Look Once) inspired real-time computer vision capable of detecting vehicles, pedestrians and animals at high efficiency (0.9777 mean average precision) is deployed on the GPU (Graphics Processing Unit) which offered higher frame rate of detection (74.26 fps). The locations of animals and potholes were mapped through consistent survey and mobile app which relayed the detected locations to the cloud server forming a geospatial database. Clustered locations from the geospatial database on dense transportation network were utilized for constructing animal and pothole hotspot zones. A basic level of display warning was triggered when the vehicle approached animal and pothole areas. Furthermore, advanced alert comprising of display and sound alert was trigger when the vehicle approached hotspot zones. This was implemented using real-time Internet of things (IoT) and cloud infrastructure applications for continuous vehicle's location monitoring and triggering as per the hotspot geo-locations. The proposed system ensured traffic safety and assisted in avoiding probable crashes and accidents that generally led to congestions and fatalities.

Automated summary

This paper presents an approach to intelligent transportation systems (ITS) through the connected vehicle technology infrastructure. YOLO v4 real-time computer vision system is deployed on the GPU for efficient detection of vehicles, pedestrians and animals. A geospatial database is formed to map animal and pothole hotspot zones, and real-time IoT and cloud infrastructure applications are used for continuous vehicle monitoring and triggering. The proposed system ensures traffic safety and avoids congestion and accidents.