| Keywords |
University athletic field; Pedestrian behavior; Survey; YOLO; Space syntax |
| Abstract |
This study aims to analyze the spatial structure of a university Athletic field and propose design improvements to enhance its utilization. A spatial model was developed using actual site drawings, and the Space Syntax method was applied to evaluate visual integration and connectivity of major access routes. In addition, YOLO-based object detection was employed to measure pedestrian volume along each route, and user surveys were conducted to collect satisfaction levels and dissatisfaction factors. The analysis revealed that the route with the highest pedestrian volume had the lowest visual integration and connectivity among the four main entrances, suggesting that factors beyond spatial configuration influence user choices, while routes with structurally unfavorable conditions offer greater potential for improvement. Survey results further indicated that physical problems such as smoking areas, unpaved sections, inconvenient stairs, and low visual openness negatively affected user experience. Based on these findings, design strategies were proposed, including improved visibility, pavement maintenance, relocation of smoking zones, and installation of nighttime lighting, integrated into a design collage to suggest feasible spatial interventions. This study provides a case that combines quantitative and qualitative analyses of how the spatial structure of a large-scale campus sports facility affects user behavior, and offers valuable insights for future planning and redesign of public sports facilities. |