Application Of RFID Technology Research Articles

The Application and Impact of RFID Technology in the Garment Industry

At present, asset inventory is still a tedious and difficult work, especially for the garment industry, which has a wide variety of inventory and is difficult to manage. However, in the digital era, the development of the Internet of Things has brought new developments to asset management technology. RFID technology as the core technology of the Internet of Things, has played an indispensable role. The emergence of RFID tags, readers, software applications has brought about many unprecedented changes. UNIQLO and HLA GROUP earlier recognized the possibility of RFID technology in the clothing industry and carried out exploration and achieved certain results. This paper analyzes the application of RFID technology by UNIQLO and HLA GROUP through literature analysis and case analysis, explores the general application mode of RFID technology in the garment industry, and puts forward suggestions for improving the application of this technology, to promote the development and application of RFID technology in the garment industry.

Research on Intelligent Manufacturing Technology of Tobacco Enterprises Based on RFID

Abstract Tobacco companies a fast-moving consumer goods wholesale enterprises in the storage, procurement, logistics, and distribution of all aspects of the close relationship with warehouse management. This paper takes RFID technology as the theoretical basis and explains the introduction. It finds that FRID is composed of a reader, electronic tag, antenna, and local server as its main components. Then, it proposes to apply RFID technology to manufacturing enterprises and describes the application mode of the relevant manufacturing enterprise system based on RFID. At the same time, based on RFID algorithms and technology, the system of the tobacco enterprise was tested and analyzed, completing the function test and performance test. In the performance test, RFID and PLC technology and industrial Ethernet automatic control system to do the data comparison found that RFID in the system with the increase of the user command response time is still very flexible, to do in more than 18000/s. Subsequently, with the support of RFID, the application in tobacco production was experimentally analyzed to verify the practicality of RFID manufacturing technology in the tobacco production process.

Revolutionizing Libraries: The Comprehensive Application of RFID Technology

Revolutionizing Libraries: The Comprehensive Application of RFID Technology

Automatic Vehicle Identification System Using RFID Electronic Tag for Traffic IoT Applications

RFID technology has emerged as one of the most prominent and transformative technologies globally. Its diverse applications have significantly enhanced our daily lives, ensuring greater convenience and enhanced security. The focus of the present study revolves around leveraging this remarkable RFID technology to counter car theft and unauthorized vehicle usage. The project centers on employing Arduino Nano Technology, a cost-effective solution compared to other available technologies, to address this issue effectively. The core concept involves the utilization of RFID tags, which are scanned by an RFID scanner to store crucial data within the tag. This data is compared against the stored information of authorized personnel. The primary objective is to identify stolen or unauthorized vehicles swiftly. By harnessing the power of Arduino Nano, this project not only becomes affordable but also promises efficient outcomes. The components crucial to the project's success include the RFID technology itself, the Arduino Nano board, the SD card module, and the RTC module DS3231. Working in synergy, these components enable seamless data transfer and comparison, facilitating timely decision-making when discrepancies are detected. With the integration of RFID technology, the security and tracking capabilities of this system hold immense potential for curbing car theft and unauthorized vehicle usage. By ensuring that the scanned RFID data aligns with authorized ownership, appropriate measures can be promptly taken to mitigate any potential security breaches. This innovative application of RFID technology in conjunction with Arduino Nano highlights the potential to revolutionize vehicle security and surveillance measures, creating a safer and more reliable automotive landscape.

Applications of RFID Technology in Library A Study

Applications of RFID Technology in Library A Study

Analysis of Radio Frequency Identification Immunity Standard for Medical Equipment

Aiming at the increasing application of RFID technology in the medical environment, this study introduces the foreign requirements for RFID immunity test of medical devices, compares them with the current immunity test requirements of medical devices in China, and puts forward the necessity of establishing relevant test specifications in China.

Efficient RFID Scheme in Healthcare Systems

Healthcare offers a rich palette of potential applications of RFID technology. Healthcare provides a rich palette of possible applications of RFID technology. Besides traditional uses such as tracking medical equipment and devices or access control, healthcare can benefit even more significantly from RFID technology. However, using the RFID technology in healthcare raises various problems of scalability, timely identification of tags, security, privacy, and efficient implementation in practice. That is because such systems contain many tags, operate with private personal data, and must respond promptly in concrete, practical situations to avoid malfunctions (errors in the decision process, traffic congestion, and so on). This paper discusses the fundamental requirements of RFID systems raised by healthcare and the limitations of existing schemes. Then, we propose a new RFID scheme that achieves mutual authentication, strong privacy, and constant-time identification in the HPVP model. The scheme employs a secure symmetric-key encryption scheme, making it very efficient in implementation and physically unclonable functions (PUFs) to protect the secret key against adversaries with corruption capabilities.

The Application of BIM and RFID Technology in Building Engineering Informatization Based on IPD Mode

The Application of BIM and RFID Technology in Building Engineering Informatization Based on IPD Mode

Development of Automatic Real Time Inventory Monitoring System using RFID Technology in Warehouse

RFID technology is one of the technologies in logistics as an important application in logistics operations and supply chain management. The application of RFID technology can be applied to the inventory control monitoring system in real-time. The inventory monitoring information system can replace the manual system with a computerized system so that the processing of monitoring data is more efficient, effective, and can be controlled directly and accurately. This study presents a case study of a real stock monitoring system based on RFID technology. The design of a real-time stock monitoring system is transitioning from manual to technology by involving computerization in its implementation. This study aims to design an RFID-based real-time stock monitoring system and integrate warehousing systems in the company. The real-time inventory stock monitoring system is still developing, so a simulation is carried out to compare the existing data with the data from the RFID system. We used the existing warehouse layout to try the efficiency of the RFID stock monitoring. Based on the research results, the RFID system increases the efficiency and effectiveness of inventory control. In further research, it is necessary to integrate the inventory optimization model with real-time inventory control with RFID. The integration of real-time monitoring technology can be used as input to the inventory optimization model to be more accurate in providing purchasing policies.

Recent Advances in Nanomaterials Used for RFID Technology and Their Applications

This study reviews RFID technology and its applications in the real world. RFID technology has been around for a long time. Yet, it hasn't been implemented on a large scale due to numerous reasons in the past. Now, RFID technology is considered as a means to handle supply chains during the pandemic situation. RFID is a subpart of printed electronics that use organic and inorganic materials to create electronic ink. The area of nanoparticles has contributed immensely to RFID as carbon nanotubes are being used extensively in RFID systems. RFID systems have many applications in healthcare and medical fields, agriculture management, food processing, library management, highway toll system, and supply chain management. This paper describes some of the nanoparticle inks and methods of printing. It also discusses some of the applications of RFID technology in the fields mentioned above. Aftereffects of the survey and bibliometric examination reveal that RFID research has attracted significant attention from the SCM and logistics community, medical community, and food processing community. To the best of the authors' information, the current review is one of the few attempts to investigate materials used in RFID technology and its applications using an exhaustive set of articles published during the past decade.

On the Application of RFID Technology in the Hospital Fabric Cleaning Process

This paper focuses on the current situation of the hospital fabric cleaning and transportation system, and uses the current more advanced RFID technology to optimize and improve some processes, so as to improve efficiency, reduce loss costs, clarify the responsibilities of all parties, improve the hospital information management level, reduce the contact between personnel and fabrics, personnel and personnel, and reduce risks.

Compact and Miniaturized Dual Band Tag Antenna Based on Metamaterial for IoT, RFID Technology, and Hospital Services Applications

Compact and Miniaturized Dual Band Tag Antenna Based on Metamaterial for IoT, RFID Technology, and Hospital Services Applications

Correlation Between Increased Homing Flight Duration and Altered Gene Expression in the Brain of Honey Bee Foragers After Acute Oral Exposure to Thiacloprid and Thiamethoxam.

Neonicotinoids as thiamethoxam and thiacloprid are suspected to be implicated in the decline of honey bee populations. As nicotinic acetylcholine receptor agonists, they disturb acetylcholine receptor signaling in insects, leading to neurotoxicity and are therefore globally used as insecticides. Several behavioral studies have shown links between neonicotinoid exposure of bees and adverse effects on foraging activity, homing flight performance and reproduction, but the molecular aspects underlying these effects are not well-understood. In the last years, several studies through us and others showed the effects of exposure to neonicotinoids on gene expression in the brain of honey bees. Transcripts of acetylcholine receptors, hormonal regulation, stress markers, detoxification enzymes, immune system related genes and transcripts of the energy metabolism were altered after neonicotinoid exposure. To elucidate the link between homing flight performance and shifts in gene expression in the brain of honey bees after neonicotinoid exposure, we combined homing flight activity experiments applying RFID technology and gene expression analysis. We analyzed the expression of endocrine factors, stress genes, detoxification enzymes and genes linked to energy metabolism in forager bees after homing flight experiments. Three different experiments (experiment I: pilot study; experiment II: "worst-case" study and experiment III: laboratory study) were performed. In a pilot study, we wanted to investigate if we could see differences in gene expression between controls and exposed bees (experiment I). This first study was followed by a so-called "worst-case" study (experiment II), where we investigated mainly differences in the expression of transcripts linked to energy metabolism between fast and slow returning foragers. We found a correlation between homing flight duration and the expression of cytochrome c oxidase subunit 5A, one transcript linked to oxidative phosphorylation. In the third experiment (experiment III), foragers were exposed in the laboratory to 1 ng/bee thiamethoxam and 8 ng/bee thiacloprid followed by gene expression analysis without a subsequent flight experiment. We could partially confirm the induction of cytochrome c oxidase subunit 5A, which we detected in experiment II. In addition, we analyzed the effect of the feeding mode (group feeding vs. single bee feeding) on data scattering and demonstrated that single bee feeding is superior to group feeding as it significantly reduces variability in gene expression. Based on the data, we thus hypothesize that the disruption of energy metabolism may be one reason for a prolongation of homing flight duration in neonicotinoid treated bees.

Application of RFID Technology in Public Sectors in Brazil

RFID technology is a technology of 4.0 Industry that seeks to support logistical management by enabling data communication and allowing enhanced control of managed goods from a certain institution. One way of application is in Asset Management, granting a greater efficiency in public management, security, control and automation. This project aims to analyze the scientific production published in association to related aspects of the RFID technology at public agencies in Brazil. A systematic literature review was carried out in Science Direct and Google Scholar databases between the years 2015 and 2020. There was a total of 17 studies that addressed the RFID application in the management of mobile assets at public agencies in Brazil, which most of them being application proposals at Public Universities and Army, where the concentration of these chattel are bigger and demonstrates the efficiency of this technology on controlling tracked goods, exploiting all the advantages that this system makes possible.

Ordering Policy of Two-Stage Newsvendor Model for Fresh Retailer under RFID Investment

Fresh products have a strong dependence on time and a large loss rate in the circulation process. Applying RFID technology to the supply chain of fresh products, through the real-time tracking technology, can not only reduce the products’ time dependence but also realize the second order within the whole sales period. This paper takes a two-echelon fresh supply chain of a single fresh retailer as the research object, constructs a two-stage Newsvendor model with or without RFID technology, compares the difference in profits, and provides decision-making reference for fresh retailers whether to invest in RFID or not.

Application of RFID Information Technology in Fresh Food Cold Chain Logistics Management

RFID information technology has gradually become a new favorite in cold chain logistics management, and cold chain logistics belongs to temperature control logistics, so the application demand of RFID system with temperature sensor is more intense. At present, the construction of cold chain logistics in China can not meet the development needs, and the food quality and safety problems caused by uncontrollable logistics links are becoming increasingly serious. Combined with the characteristics of RFID technology, and in view of the pain points of China’s food cold chain logistics management, this paper will discuss the application of RFID technology in all aspects of food cold chain logistics.

Design and Implementation of intelligent Home monitoring System based on mobile robot

With the aid of Alibaba Cloud platform, this system builds a cloud database server, and uses short-distance wireless communication ZigBee one-to-many networking technology, RFID technology and Android development and application technology to realize mobile phone clients’ remote real-time acquisition of indoor and outdoor parameters transmitted by mobile robots, and a monitoring system that can be automatically adjusted. The mobile robot car walks indoors according to a predetermined track, and detects the greenhouse degree, light intensity, combustible gas concentration and other environmental parameters of each indoor location in real time and transmits them to the mobile APP terminal for real-time display. By comparing the indoor terminal parameters and set values, the home lighting, fan curtains, etc. can be automatically adjusted by mobile robot or manually adjusted by mobile APP. Finally, the system has been tested as a whole, and the test results show that the system has successfully achieved the expected goal, and the operation is convenient, with a certain market practical value.

RADIO FREQUENCY IDENTIFICATION OF DATA IN RETAIL: NEW BUSINESS OPPORTUNITIES

The article considers ways to use the technology of radio frequency identification of data in retail companies. The author studies the traditional directions of using RFID technology, such as identification of data on the goods carried out at its acceptance, tracking the movement of goods along the supply chain, accounting of commodity units when loading into the vehicle and when picking the order, inventory of the goods. The paper also considers promising, but at the moment little common areas of application of technology in retail: personal digital assistants for managing the placement of goods on the shelves of the store, “smart fitting,” systems for automatic payment of goods and some others. Today, RFID technology can also be used for marketing research, to prevent theft in stores, to organize an improved customer service, to create inventory management systems. The author highlights the advantages received by retailers when applying RFID technology, and the barriers that prevent its active implementation.

WITHDRAWN: Application of RFID technology in Library: A view

RFID ready to be applied within the library circulation processes in thieving detection controls. RFID based mostly systems move on the far side security to become tracing systems that association security with additional economical trailing of resources throughout the library, together with easier and quicker charging and discharging, stocktaking, and handling. RFID comprises sensible RFID labels, hardware and computer code provides libraries with simpler approach of handling their collections whereas providing larger client service to their patrons. RFID technology helps librarians to cut back valuable workers time spent scanning barcodes whereas provision and returning things. RFID may be a integration of radio frequency-based technology and semiconductor device technology. this text describes parts of RFID system in library like RFID tag, reader, security gate and antenna. any benefits of RFID technology in library and standards of RFID in library have additionally been explored.

Role of Internet of Things Technology in Promoting the Circulation Industry in the Transformation of a Resource‐Based Economy

In recent years, the business scale of my country’s circulation industry has continued to expand, and the output value has continued to increase. The leading role in guiding the transformation of the industrial economy has become more and more important. Based on this, this article discusses the research on the promotion of the Internet of Things technology to the circulation industry in the transformation of the resource‐based economy. The application of RFID technology and wireless sensor technology in the Internet of Things in the circulation industry can greatly improve work efficiency and information transmission accuracy. This article establishes the circulation industry based on the principles of science, system, safety, and relative independence. The evaluation index system analyzes the role of the circulation industry in the transformation of the resource‐based economy in terms of circulation scale, circulation structure, circulation efficiency, circulation innovation, etc., and uses the analytic hierarchy process and entropy method to analyze the collected data. With the support of RFID technology, the output value of the circulation industry in Province Y has reached 140.508 billion yuan in 2019, accounting for about 27% of the tertiary industry, and the number of employees in the circulation industry has also increased to 57.88%, which is a strong boost to the economy of Province Y. It has a greater contribution to the total economic volume. The research of this article has realized the economic transformation of resource‐based cities in the circulation industry and has a certain reference effect for the transformation and upgrading of similar cities.