Smart Parking Management System

Finding an available parking space can be difficult in busy campuses, commercial areas, hospitals, and urban centres. Conventionalparking management often depends on manual observation or static information, which may be outdated and can lead to unnecessarycirculation, wasted time, and local congestion. This paper proposes a Smart Parking Management System that monitors parking-slotoccupancy and communicates availability to drivers and parking administrators. The conceptual design combines slot-level sensors orcamera-based detection, a controller or edge device, a network connection, a database, and a web or mobile interface. The system candisplay occupied and vacant spaces, support slot allocation or reservation, record entry and exit events, and provide administrative reports.A modular architecture is described along with a methodology for data collection, occupancy detection, availability updates, andevaluation. Relevant evaluation measures include occupancy-detection precision and recall, status-update latency, booking conflicts, andusability. Security, privacy, sensor faults, connectivity failures, and accessibility are considered as design requirements. This manuscriptpresents a proposed academic system and evaluation plan; it does not claim experimental results or measured performance because aprototype evaluation has not been conducted for this paper.