부산대학교 도서관

In the face of growing urban populations, the issue of locating sufficient parking spaces has become more urgent. The increase in the number of vehicles results in more traffic congestion and wasted time spent searching for parking. This article proposes a resolution by introducing a Smart Management System aimed at addressing these challenges. By employing advanced sensor technology, the system gathers up-to-the-minute data to monitor the availability of parking spaces. Through the establishment of a comprehensive sensor network across parking areas, users can receive timely notifications about open spaces using a user-friendly mobile application. This method not only simplifies the parking process but also helps in reducing traffic congestion and cutting down on fuel consumption associated with the search for parking. We will examine the operational mechanics of the system, highlighting the integration of smart devices and cloud-based management to ensure smooth functionality. Additionally, we will explore the positive effects of this system on urban efficiency and the improved experience it offers for drivers. Our research, consisting of tests conducted in both simulated settings and real-world scenarios show significant enhancements in the utilization of parking resources, ultimately benefiting the overall urban transport ecosystem.