Rfid-Based Users’ Localization in the Crowded Areas

Abstract

Managing crowded areas is an extremely and difficult task. Several people might be injured or lost their lives every year because of mal organization of the crowded areas. There are many regular crowded events where this problem continuous and create social and personal upheaval, namely, if not resolved, perhaps destroy the image of the administrators and organizers. One such events is the anniversary pilgrimage Hajj, where Millions visits the holy sites Makkah (mecca) in Saudi Arabia to perform various rituals. In Addition, there are other regular events attracts much more participants. During this event, some of the pilgrims get lost and are unable to reach back to their places. There are many techniques that used to manage and track users in the crowded areas, like Wi-Fi, Mobile networks and RFID. In this article we proposed an integrated management model to solve this problem. The proposed model is based on web system that use maps and location, and use the IOT tools to track and monitor users. This proposed architecture can be utilized to solve various challenges related to management of the crowd in general and management of pilgrims in particular. This model can be adapted to any crowded event.

Design and Implementation of an Intelligent Safety and Security System for Vehicles Based on GSM Communication and IoT Network for Real-Time Tracking

“…IoT has brought about a fundamental change in how security systems are implemented in the cars or other systems. By integrating IoT technologies, security systems can achieve advanced applications such as real-time analytics, predictive analytics, and artificial intelligence [27]. The automotive industry is a popular example, where safety and security systems associated with IoT can enable real-time vehicle surveillance and remotely monitored conditions This data can be analysed to identify any unusual behaviours or patterns that may indicate theft or not were not involved [28].…”

RFID based Infrastructure to Vehicle Communication System for Road Sign Identification

“…[7]The WIFI technology problem is a delay because of the handshake steps required in the connection establishment that adds delay in the communication between vehicle and Infrastructure [8]. This paper chooses the passive UHF RFID-based system because it improves the current technology and does not change them [9]. RFID Tag is a store of information that can be changed.…”