Intelligent Vehicle Auxiliary Handling System Based on the Internet of Things Technology

Abstract

This paper proposes an intelligent vehicle auxiliary handling system based on Internet of Things (IoT) technology, featuring an innovative holding mechanism design that adjusts to the length and width of various vehicles. The system combines precise positioning using satellite tracking technology, intelligent recognition via OpenCV, and the interconnectivity of IoT. This intelligent vehicle auxiliary handling system can independently identify vehicle positions and plan optimal handling paths, eliminating the traditional reliance on manual operation. It offers efficient and accurate handling, setting a new trend in the handling industry. Additionally, the system integrates seamlessly with parking lot management systems, providing real-time updates on vehicle locations and statuses. This allows managers to monitor the parking lot operations clearly and efficiently. This intelligent coordination greatly enhances overall work efficiency and streamlines parking management. Overall, the innovative design of the intelligent vehicle auxiliary handling system represents a significant breakthrough in both function and performance, gaining user favor with its smooth operation. Looking ahead, continued technological advancements and the expansion of application fields will bring even more vitality and intelligence to societal development.