Search results

To analyze the legal and ethical standing of the most promising business applications of radio frequency identification (RFID) technology.

High potential RFID installations are identified in the supply chain, in operations, and in consumer applications. Pertinent legal precedents are noted and discussed as are some ethical issues beyond legislation and regulation.

Although an extremely attractive technology, legitimate concerns exist about RFID, particularly in consumer applications. Legal protections vary widely by country and are generally not fully applicable to some areas of potential information abuse.

This research is not exhaustive to all countries, it concentrates mainly on the USA and EU. Further, legislation and regulation change all the time, so the situation is highly variable. This analysis is only a snapshot at one point in time.

Practitioners looking to install RFID technology should be able to better judge the environment within which they operate and where the risks are greatest for change in the legal and regulatory atmosphere.

This paper draws together the practical discussion concerning RFID's applications with specific legal analysis. It also begins to draw in different national legal systems.

The purpose of this paper is to describe the present status of implementing innovative radio frequency identification (RFID) technology in university libraries of Bangladesh. The main obstacles of implementing this technology among university libraries and ways to overcome the obstacles are also described.

This study uses both qualitative and quantitative approaches along with review of related literature. The present scenario of RFID implementation status of Bangladesh is shown by a survey with a structured questionnaire and reviewing related literature.

The findings show that RFID is being used in the university libraries to reduce staff stress, increase efficiency, track and locate items quickly, book drop support at any time, easier circulation, promote self-check-in check-out activities, etc. This study identifies the challenges in libraries of Bangladesh which are lack of adequate funding, unavailability of RFID accessories, lack of skilled manpower, unwillingness, erratic power supply, etc. Also, it suggests some suitable ways such as creating positive impression and attitudes, arrangement of proper training, appointment of skilled manpower and allocation of sufficient budget to overcome the existing challenges of RFID.

The study describes the benefits of RFID technology for libraries, and some recommendations are proposed for extensive use of this technology.

This paper aims to considers how to extend RFID applications given the limited funds and budgets in libraries. RFID can replace barcodes and magnetic strips for security control and collections management.

This study describes the Shih‐Hsin University Library UHF RFID system which uses long distance induction to assist in three innovative applications. The three applications are regional seeking and positioning for collections in mis‐shelves or collections loss in library, statistics calculation in usage frequency and length of book reading, and instant library guiding service. This research explains the implementation of the tag frequency, the construction of the multi‐transceiver and existing TCP/IP network appliances.

The application not only estimates benefits in advance and lower the risk of failure setups, but it also provides innovative library services.

This study discusses issues and possible solutions in the process of implementing RFID applications for three innovative applications in library services.

This paper aims to offer an outline of the characteristics of radio frequency identification (RFID) technology and briefly discusses some of its perceived benefits and challenges for food retailers in the UK.

The paper draws material largely from trade and practitioner sources and illustrates general themes with specific retail examples.

The paper suggests that RFID has the potential to offer food retailers a wide range of benefits throughout the supply chain including tighter management and control of the supply chain, reductions in shrinkage, reduced labour costs and improved customer service while also facilitating compliance with traceability protocols and food safety regulations. At the same time food retailers will need to address a number operational and strategic challenges and consumer privacy concerns before they can fully realise these benefits.

This paper provides a brief and accessible outline of the RFID developments in food retailing which will interest non‐specialists working in and in association with this sector of the retail marketplace.

This paper aims to study the development of radio frequency identification (RFID) technology through an analysis of patents filed with and issued by the US Patent and Trademark Office. A close analysis of these clusters reveals the patent development strategies of two competing factions of RFID technology developers. This paper provides an analysis of the patents along with insights into the contents of the patents held by these two groups.

The analysis is based on Intermec Technologies and the RFID Patent Pool, the two major players in this domain. The comparison of Intermec Technologies and RFID Patent Pool is conducted using meta‐data analysis and patent content clustering. The methodology and approach includes data pre‐processing, key phrase extraction using term frequency‐inverse document frequency, ontology construction, key phrase correlation measurement, patent technology clustering and patent document clustering. Clusters are derived using the K‐means approach and a prototype Legal Knowledge Management Platform.

The findings support a strong link between intellectual property and competitive advantage – specifically Intermec Technologies, which have not joined the RFID Patent Pool. The patent search results show that Intermec Technologies hold basic RFID patents in the early stages of technology development, which has placed the company in a dominant position.

The features of each cluster clearly depict the niches and specialties of companies and provide a historical framework of RFID technology development.

The RFID patent analysis shows that if a company holds crucial patents in the early stages of a developing technology which relate to the fundamental key aspects of the technology, then the company will be more likely to maintain a leading and dominant position in that industry segment (i.e. RFID in this study).

This research uses patent content cluster analysis to explain the rationale behind an alliance strategy decision.

The combination of the latest advancements in information and communication technologies with the latest developments in AutoID technologies, especially radio frequency identification (RFID), brings the possibility of high-resolution, item-level visibility of the entire supply chain. In the particular case of retail, visibility of both the stock count and item location in the shop floor is crucial not only for an effective management of the retail supply chain but also for physical retail stores to compete with online retailers. The purpose of this paper is to propose an autonomous robot that can perform stock-taking using RFID for item-level identification much more accurately and efficiently than the traditional method of using human operators with RFID handheld readers.

This work follows the design science research methodology. The paper highlights a required improvement for an RFID inventory robot. The design hypothesis leads to a novel algorithm. Then the cycle of development and evaluation is iterated several times. Finally, conclusions are derived and a new basis for further development is provided.

An autonomous robot for stock-taking is proven feasible. By applying a proper navigation strategy, coupled to the stream of identifications, the accuracy, precision, consistency and time to complete stock-taking are significantly better than doing the same task manually.

The main limitation of this work is the unavailability of data to analyze the actual impact on the correction of inventory record inaccuracy and its subsequent implications for the supply chain management. Nonetheless, it is shown that figures of actual stock-tacking procedures can be significantly improved.

This paper discloses the potential of deploying an inventory robot in the supply chain. The robot is called to be a key source of inventory data conforming supply chain management 4.0 and omnichannel retail.

This paper aims to propose a new framework for selecting strategies from the pools of RFID strategies, Six‐Sigma strategies and supply chain strategies. To gain a better understanding of the proposed model, three case studies are investigated and all related strategies are presented and discussed.

This article proposes a new framework for Six‐Sigma driven RFID‐enabled supply chain systems. Theory building is comprised of four parts where each part is discussed clearly in the content of the article. However, it is through such tools that management can identify new systems for matching the needs of his/her organization with all of the right strategies.

In a journey to business excellence, an organization is successful if specific goals for critical processes of the organization are identified. The quality management programs implemented can modernize and simplify activities towards the ultimate goal of the business. To do so, this author's discussions on Six‐Sigma strategies, supply chain strategies, and radio frequency identification are converted into a framework that can be used for developing an appropriate model for organizational strategy selection. There are some cases in the literature that can support such a model building and framework identification. Three of such cases are presented for the readers' familiarity with the subject.

The use of these three methodologies can bring significant changes to an organization. This can be done by taking into consideration the key strategies of supply chain management, Six‐Sigma, and RFID playing a big role in the success of the organization.

For each methodology considered, strategies are examined and a framework based upon such methodologies is proposed. Cases supporting the proposed framework are reviewed from the literature for clarification purposes.

The purpose of this paper is to develop a novel totally passive, wireless temperature sensor tag based on ultra high-frequency (UHF) radio frequency identification (RFID) technology. The temperature-sensing functionality is enabled by using distilled water embedded in the tag antenna substrate. The novel sensor tag is designed to provide wireless temperature readings comparable to a commercial thermocouple thermometer even in environments with high levels of interference, such as reflections. The structure of the novel sensor tag is aimed to increase its usability by minimizing user-created errors and to simplify the measurement procedure.

The sensor tag is based on a dual port sensing concept in which two ports are used to obtain sensor readings. By utilizing two ports instead of one, the effects of environmental interference, tag-reader antenna orientation and distance can be effectively minimized. Two alternative methods of acquiring the sensor reading from the operating characteristics of the two ports are presented and discussed.

Temperature measurements in practical scenarios show that by utilizing the dual port sensing concept, the developed tag produces temperature readings wirelessly which are comparable to readings from a commercial thermocouple thermometer.

The concept of dual port sensing was shown and two alternative methods on extracting sensor readings from the differences in the port operating characteristics were introduced and discussed. In this paper, the dual port sensing concept is utilized in creating a temperature sensor tag; however, the same concept can be utilized in a variety of passive wireless sensors based on UHF RFID technology. This enables a new approach in designing accurate, easy to use and easily integrable passive sensors. The dual port sensing concept is in its early stages of development; its accuracy could be improved by developing more advanced data post-processing techniques.

The accuracy of a passive dual port UHF RFID-enabled temperature sensor tag is proven to be sufficient in many applications. This indicates that other sensor types utilizing the dual port sensing concept can reach high levels of accuracy as well. Furthermore, the passive RFID-enabled sensors based on the dual port sensing concept are superior in usability versus sensor tags equipped only with a single port. Therefore, dual port sensing concept in passive UHF RFID-enabled sensor tags could make such sensors more attractive commercially and lead to truly widespread ubiquitous sensing and computing.

This paper presents a novel passive, wireless temperature sensor tag for UHF RFID systems. The sensor tag utilizes a new structure which allows tight integration of two ports and two tag antennas. The accuracy of the developed tag is confirmed throughout measurements and it is found comparable to the accuracy of commercial thermometers in practical measurement scenarios. Moreover, the paper presents a dual port sensing concept and two readout methods based on the concept which are aimed to increase the accuracy and usability of all kinds of UHF RFID-enabled sensor tags.

In the past decade, radio frequency identification devices (RFIDs) have attracted the attention of the construction industry, having been proven to be an effective technology for addressing operational challenges in other industries such as health-care, retail and manufacturing. Despite the benefits, the use of RFID in construction industry is limited even in the face of inefficiencies that exist and that the need for improvement is yet to drive the widespread adoption in the residential/commercial construction industry. The purpose of this study is to investigate key drivers and critical success factors for RFID adoption.

The study included extensive and systematic literature review, interviews and questionnaire survey.

The study revealed that the most important key driver for RFID adoption is productivity improvement, while the most important critical success factors include management support and commitment, having clear RFID strategy, needs and benefits, having strong motivation for improvement, providing adequate funding and proper planning.

This study provides an exploratory framework that can be used by construction company executives and managers to provide justification for deciding to implement RFID on their projects and to enhance success rates of implementation.

This study contributes to the knowledge on RFID use in residential/commercial construction industry and provides a basis for further investigation by construction management researchers on the emerging issues regarding RFID use in the construction industry.

Addresses consumer perspectives of Radio Frequency Identification (RFID). States that some consumers put up barriers against new technology, while others welcome innovations. Idengtifies that market leaders can pretty much use this technology as they wish, meaning boom time for consumer product firms and pain for privacy advocates.