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The development of an automatic vehicle speed controller for prohibited zones involves integrating GPS, sensors, and control systems. The vehicle is equipped with a GPS receiver to track its location in real-time. A database contains coordinates of prohibited zones. Sensors detect surroundings using cameras, LiDAR, or radar. A central control unit processes GPS data and sensor information. When entering a prohibited zone, the system engages a speed control mechanism, limiting speed to a safe limit. The driver is notified visually or audibly. An override mechanism allows authorized personnel to…mehr

Produktbeschreibung
The development of an automatic vehicle speed controller for prohibited zones involves integrating GPS, sensors, and control systems. The vehicle is equipped with a GPS receiver to track its location in real-time. A database contains coordinates of prohibited zones. Sensors detect surroundings using cameras, LiDAR, or radar. A central control unit processes GPS data and sensor information. When entering a prohibited zone, the system engages a speed control mechanism, limiting speed to a safe limit. The driver is notified visually or audibly. An override mechanism allows authorized personnel to intervene in emergencies. Data logging records violations and system activations for analysis. Integration with traffic infrastructure enhances warning and enforcement. Testing ensures accuracy, reliability, and safety. Legal compliance is ensured for deployment. Overall, the system enhances safety and regulatory compliance in prohibited zones.
Autorenporträt
Dr. T Bernatin, an Associate Professor at Sathyabama Institute of Science and Technology, is a dedicated educator and researcher with expertise in video compression and image processing. With over 60 research publications, she guides Ph.D. scholars and serves on doctoral committees. She's recognized with awards for teaching and research excellence.