Skip to main content

RFID Application in Vehicle Management

Smart transportation is the trend of urbanization in the future! Practical applications, such as traffic information acquisition, traffic control, traffic industry management, traffic operation command, traffic information service, etc., will be formed.

Urban intelligent transportation system covering major roads, hubs and stations, ports, airports, RFID parking system, and key transportation infrastructures and other locations and areas to achieve comprehensive monitoring of traffic conditions, comprehensive control of road traffic operations, and full-range traffic information for travelers. Services, promote the integration of traffic management and regional traffic integration, and improve the overall traffic operation efficiency and command capability of the city. Intelligent transportation is an important component system for the construction of smart cities.


Hopeland has provided full solution for vehicle management demand with our long range RFID reader and antenna. Applying UHF RFID solution in the field of intelligent transportation, giving full play to its huge advantages of automatic identification and dynamic information collection, effectively solving the bottleneck problem of traffic information construction; using RFID wireless RF sensor technology to collect and analyze data all-weather for scientific decision-making Provide evidence.

Comments

Popular posts from this blog

Public Hospital in Zhejiang Accelerates the Upgrade of RFID Material Management Solutions

A few days ago, the General Office of the Zhejiang Provincial Government released the "Implementation Plan for Promoting the High-Quality Development of Public Hospitals in Zhejiang Province", which clearly stated that "the operation mode has shifted from extensive management to refined management" and "doing reasonable use of medicines, monitoring of medical consumables and medical core data”, which put forward new requirements for the management mode of consumables in public hospitals. In 2019, the First Affiliated Hospital of Zhejiang University College of Medicine introduced the SPD model for hospital ma terial management . The "smart update" was carried out on the previous SPD model. The hospital fully combined the latest technological means such as the Internet of Things, robots, artificial intelligence, big data, and image recognition to create a new "IF-SPD" model. The overall construction of "IF-SPD" inc...

Introduction of UHF RFID Reader System

  There are four important components to make up a UHF RFID system, the host computer, the reader, the antenna and the electronic label. The host computer sends a command to the reader, the reader turns on the RF module to send UHF signals under the control of the host computer commands, a magnetic field is created around the RFID tag by means of an antenna. When the magnetic field is strong enough, the chip circuit inside of the tag is activated, then the tag carries information is loaded into the electromagnetic wave and returned to the reader. The reader receives and converts the data information, then processed by the upper computer, complete the process of acquiring electronic tag information. Host computer The UHF RFID reader requires the host computer to issue control instructions which can start the reader to send RF signals, the reader receives the signal returned by the tag also needs to be processed and stored by the host computer that can achieve the n...

What is the Difference Between HF and UHF RFID Technology

From the perspective of technological development, high-frequency technology is relatively mature than UHF technology. Through continuous improvement and improvement, a learning curve model for high-frequency tag production, data protocol sharing, and the basis for constructing RFID applications has also been established. Both high frequency and ultra high frequency RFID systems rely heavily on the communication environment between the RFID reader and the tag. UHF uses the principle of electromagnetic emission and is therefore more susceptible to electromagnetic interference. At the same time, the metal will reflect the signal, and the water will absorb the signal, all of which will interfere with the normal function of the tag. The International Organization for Standardization/International Electrotechnical Commission established the ISO/IEC, 15693 standard in 1999 to regulate the implementation of high frequency radio frequency identification technology. Th...