Enhanced Sustainable Crowd Monitoring and Risk Assessment System

Enhanced Sustainable Crowd Monitoring and Risk Assessment System

T.N.P Madhuri1, Mallela Mounika2, Thota Gayathri 3 and Srikhakollu Vyshnavi Srija 4

1 Assistant Professor, Department of IT, GRIET, Hyderabad, Telangana, India.

2,3,4 UG Student, Department of IT, GRIET, Hyderabad, Telangana, India.

Abstract—In today's digital age, many locations still rely on traditional approaches to count crowds, such as manual register maintenance, people counters, and sensor-based counting at entrances. However, these methods prove inadequate in areas where the movement of people is sporadic, highly unpredictable, and constantly changing. These methods are timeconsuming and tedious. This Application checks the total count of people and gives the count of people in closer proximity. When the closer proximity count is near to total count it might lead to stampedes or accidents. This System also helps us to monitor the people with more risk based on their distance between each other. In this project we use neural network based predefined model for better accuracy. YOLOv3 algorithm adopts an architecture which detects each person in crowd, spot location with a bounding box, and does the counting. Deploying it on current surveillance systems and drones used by police to monitor large areas can help to prevent stampedes by allowing automated and better tracking of activities happening in the area. It can also be used to alert police in case .It offers real-time insights into the area of an uncontrollable situation in a particular area.

KEYWORDS
Object detection, You Only Look Once, Bounding boxes, Risk analysis, Machine learning, Proximity analysis, sustainable.