DEVELOPMENT OF IOT DEVICE FOR MONITORING HUMAN DENSITY IN AN ENCLOSED SYSTEM

• Main Author: Iqbal Albaihaqi, Muhammad
• Format: Final Project
• Language: Indonesia
• Online Access: https://digilib.itb.ac.id/gdl/view/74070
• Institution: Institut Teknologi Bandung

This The aim of this final project is to develop an effective and universally accessible real-time crowd monitoring dashboard system. The project involves integrating sensors to directly collect data from the physical environment, which will be transmitted to the dashboard using reliable transmission mechanisms. The system is designed to provide accurate and real-time monitoring of crowd density and the movement of individuals in a specific area. The sensor integration is designed to deliver maximum performance with minimal cost, making it easy to implement. By utilizing sensors capable of producing precise data and implementing efficient transmission mechanisms, the system can provide timely and relevant information. This will benefit both management and regulatory entities in making informed decisions regarding crowd-related situations and issues. The advantages of the system include rapid and accurate data analysis, improved traffic management to optimize mobility, the ability to enforce and monitor compliance with social distancing protocols, as well as the capability to detect suspicious or threatening activities that pose risks to public safety. In this context, the development of reliable sensor systems and robust transmission mechanisms becomes crucial in enhancing the effectiveness of crowd monitoring, ensuring public safety, and maintaining overall community comfort and well-being.