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In this work, an intelligent traffic control system based on the combined use of several innovative IoT technologies, such as WSN, RFID, .
The RFID identification system can be used to create a fully automated and reliable access control system. The transponders store information that allows determining the access . In this work, an intelligent traffic control system based on the combined use of several innovative IoT technologies, such as WSN, RFID, and mobile application, was presented. The system operates a network of hybrid RFID and WSN sensors based on IEEE 802.15.4 that can be quickly deployed to any location outside the city. The RFID identification system can be used to create a fully automated and reliable access control system. The transponders store information that allows determining the access to specific zones. In this paper we propose a novel architecture for creating Intelligent Traffic Control Systems (ITCS) using Radio Frequency Identification (RFID). This architecture can be used in places.
An architecture for creating intelligent systems for controlling road traffic is proposed. The system is based on a simple principle of RFID tracking of vehicles, can operate in real-time, improve traffic flow and safety, and fully .Identification (RFID) technology offers effective solution for distant object identification without requiring a line of sight. In this paper, the authors developed an intelligent, cost-effective, and eco-friendly park management system for scalable traffic control using RFID and Solar photovoltaic (SPV) technologies.
Another technology used in managing the traffic is RFID-based intelligent system. Chao and Chen (2014) presented a RFID - based intelligent TMS for determining traffic movement. Overcoming this problem electric traffic control system provides accurate and near real-time data of traffic control. The central database processing system has two parts: Dynamic Database - It stores records of vehicles currently crossing the RFID tags, temporarily.
This system was created to run when it received a signal from an emergency vehicle through radio frequency (RFID) transmission and utilized the Programmable Integrated Circuit Arduino microcontroller to return the sequence to normal before the emergency mode was activated.
The basic idea used for traffic management here is to detect and control congestion by using a decision making algorithm which determines how the traffic light operates based on the information collected from RFID devices.The proposed system’s low cost can greatly enhance traffic signal monitoring and control. The Internet of Vehicles uses a network of wireless sensors, detection technologies, and the internet to autonomously track, manage, monitor, and process traffic objects. In this work, an intelligent traffic control system based on the combined use of several innovative IoT technologies, such as WSN, RFID, and mobile application, was presented. The system operates a network of hybrid RFID and WSN sensors based on IEEE 802.15.4 that can be quickly deployed to any location outside the city.
The RFID identification system can be used to create a fully automated and reliable access control system. The transponders store information that allows determining the access to specific zones. In this paper we propose a novel architecture for creating Intelligent Traffic Control Systems (ITCS) using Radio Frequency Identification (RFID). This architecture can be used in places. An architecture for creating intelligent systems for controlling road traffic is proposed. The system is based on a simple principle of RFID tracking of vehicles, can operate in real-time, improve traffic flow and safety, and fully .Identification (RFID) technology offers effective solution for distant object identification without requiring a line of sight. In this paper, the authors developed an intelligent, cost-effective, and eco-friendly park management system for scalable traffic control using RFID and Solar photovoltaic (SPV) technologies.
Another technology used in managing the traffic is RFID-based intelligent system. Chao and Chen (2014) presented a RFID - based intelligent TMS for determining traffic movement. Overcoming this problem electric traffic control system provides accurate and near real-time data of traffic control. The central database processing system has two parts: Dynamic Database - It stores records of vehicles currently crossing the RFID tags, temporarily.This system was created to run when it received a signal from an emergency vehicle through radio frequency (RFID) transmission and utilized the Programmable Integrated Circuit Arduino microcontroller to return the sequence to normal before the emergency mode was activated.The basic idea used for traffic management here is to detect and control congestion by using a decision making algorithm which determines how the traffic light operates based on the information collected from RFID devices.
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