Real-Time Deep Learning Approach for Pedestrian Detection and Suspicious Activity Recognition
Ujwalla Gawande, Kamal Hajari, Yogesh Golhar
Abstract
Pedestrian detection, tracking, and suspicious activity recognition have grown increasingly significant in computer vision applications in recent years as security threats have increased. Continuous monitoring of private and public areas in high-density areas is very difficult, so active video surveillance that can track pedestrian behavior in real time is required. This paper presents an innovative and robust deep learning system as well as a unique pedestrian data set that includes student behavior like as test cheating, laboratory equipment theft, student disputes, and danger situations in institutions. It is the first of its kind to provide pedestrians with a unified and stable ID annotation. Again, presented a comparative analysis of results achieved by the recent deep learning approach to pedestrian detection, tracking, and suspicious activity recognition methods on a recent benchmark dataset. Finally, paper concluded with investigation new research directions in vision-based surveillance for practitioners and research scholars.