The virus that spreads through the air continues to perplex civilization. Distancing is one way we are attempting to stop transmission, but it is still insufficient to control many populated places, including big shopping malls. The purpose of the study was to operate the quarantine support system in such densely populated locations in order to stop the virus from spreading. An IoT-based service that uses the smartphone’s MAC address to measure crowd density is designed and implemented in this study as a quarantine support system. It uses LEDs to visually remind users of the crowd density, or it uses a ventilation fan to change the direction and flow of air. By running the quarantine support system in densely populated regions, this technology can stop the virus from spreading. It can also avoid crowd-crowded accidents beforehand by precisely estimating the level of risk that crowd density poses.
목차
Abstract 1. Introduction 2. Related works 3. Monitor crowd density 3.1. Measuring crowd density 3.2. Crowd density monitoring page 4. Design and implementation of quarantine support system 4.1. Designing quarantine support system 4.2. Implementing quarantine support system 5. Conclusions Acknowledgement References