Recently, the utilization rate of PM (Personal Mobility) and its users has been rapidly increasing as a short distance transportation option. As the consumption patterns in modern cities shift towards the sharing economy, various shared mobility platf...
Recently, the utilization rate of PM (Personal Mobility) and its users has been rapidly increasing as a short distance transportation option. As the consumption patterns in modern cities shift towards the sharing economy, various shared mobility platforms have been developed, leading to the emergence of PM in the form of shared electric scooters. Consequently, there has been a simultaneous increase in companies providing shared PM services. However, due to the diverse types of shared PM offered by different service providers and variations in the number of providers across regions, the comprehensive management of PMs has become more challenging. Therefore, this paper aims to evaluate the feasibility of utilizing the YOLOv3 algorithm to detect shared PM objects from drone images and to assess accuracy, thereby verifying the potential for integrated PM management of PMs. PM images within the experimental area were collected using drones, and individual objects were labeled to train a deep learning model for PM detection. Subsequently, an accuracy evaluation was conducted to validate the feasibility of the approach. The experimental results demonstrated 80% recall and 87% precision accuracy, and an AP (average precision) value of 0.73, confirming the viability of utilizing the YOLOv3 algorithm on drone images for PM detection.