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Radio Frequency ID tags are poised to replace the UPC barcode as a mechanism for inventory control in the wholesale and retail contexts. Yet the tiny chips offer a range of potential uses that go beyond the bar code. In this paper the authors define RFID technology and its applications. They explore the privacy implications of this technology and consider recent attempts in the U.S. and European Union to grapple with the privacy issues raised by the deployment of RFIDs at the retail level. The authors then consider the extent to which Canada's Personal Information Protection and Electronic Documents Act will apply to RFID technology, before making recommendations for initiatives to proactively address the privacy issues that RFIDs will raise.co-authors: Teresa Scassa, Theodore Chiasson, Anne Uteck

Technological innovation continually shifts boundaries of possibilities and at the same time challenges ethical dimensions. Radio Frequency Identification (RFID) technology challenges both what is possible and what is ethical. On this basis, this paper incorporates an analysis of RFID development and provides penetrating insight concerning the ethical issues society faces and will face. Attention is given to the burgeoning and challenging field of human-centred RFID technology and its impact on the individual's privacy, safety, civil liberty and on society in general. The paper briefly outlines the history of RFID and identifies three broad themes concerning the application of RFID tags for the purpose of human "branding". In particular, the social rights impact of implants in humans, the potential and actual damage of implants to the physical health of the person, and the ownership, use and miss-use of information collected through implant technology, act as the central themes. In conclusion, the authors identify the critical areas surrounding human branding that require research and public deliberation.

Wireless technology nowadays is developing rapidly throughout the world and also in Hong Kong. The Radio Frequency Identification (RFID) technology is a mature technology which has been applied in a lot of industries in recent years, such as retail, airline, healthcare, pharmaceuticals, logistics, and libraries etc. RFID technology acts as an electronic labelling and data-collection system to identify and track equipment. RFID is a more robust technology than bar coding and does not require line-of-sight to operate. It is able to provide not only the electronic data for unique identification, but also provides a paperless workflow automation solution. The application of palm and wireless technology using the RFID in conjunction with a Web Based Maintenance Service Management System in the Facility Management (FM) has the following advantages: (i) It improves operations and facilitates day-to-day maintenance activities and management of works. (ii) The RFID system helps to improve the management of facilities, decision-making and control of quality by providing enhanced processes and equipment visibility. The RFID system offers a dynamic and centralized approach to facilitate the above FM processes. The objective of this study is to quantify the benefits of RFID technology for the FM. Throughout the study of RFID pilot project carried out by the HKHA, we evaluate the factors that affect the application of RFID system in Hong Kong FM industry. Questionnaires were given out to explore maintenance professionals' opinions on the satisfaction of RFID system for maintenance of Air Conditioning (A/C) system. The data and hypotheses are analysed by using the statistical methods. The survey concluded that RFID system can improve the user satisfaction rating in FM compared with the paper based system. From the regression analysis, we found that the processes of improvement, quantities of A/C equipment and training & education are more important in determining the satisfaction of RFID system and have positive effect on the use of RFID system. The analysis of various regression models helped to discover the key significant variables that correlated to the satisfaction of using the RFID system. According to the survey findings, the RFID system has proved to be very useful for FM as it offered significant benefits over traditional paper based approaches. From the survey result, we also found that the "Insufficient training for use of RFID system" is the important obstacle to the adoption of RFID system. As education and training are critical for development of staff capability to handle new process requirements and achieve better performance of using the RFID system, HKHA is highly recommended to strengthen the training and education in order to improve their work satisfaction and support the continued use of RFID system. This dissertation offers HKHA managers a valuable perspective on the RFID implementation in their organization. The findings also highlighted the significant potential and obstacle of RFID system for FM. To encourage the use and expand the benefits of RFID system in FM industry, the Government policy is crucial in driving the adoption of RFID system so as to accelerate its diffusion and stimulate the growth of related industries. ; published_or_final_version ; Housing Management ; Master ; Master of Housing Management

This research seeks to utilize a software defined radio for the detection and spatial identification of radio frequency identification tags. A software defined radio (SDR) is a hardware platform that provides the ability to broadcast and receive across multiple bands of the radio frequency (RF) spectrum, depending on the RF front end and software profile loaded on it. The focus of the research will be on the spatial identification (SID) of passive radio frequency identification tags (RFID). The research is applicable to many areas of day-to-day operations both within the DoD and industry. Flight line safety tracking of equipment and personnel, as well as perimeter defense, are two areas that may benefit from this technology. One dual-purpose, civilian and military, application would be the tracking and locating of inventory within a warehouse. The research developed and implemented a SID process, and proved its suitability to quickly identify and locate target tags within range. A profile of the system's capabilities and limitations in a laboratory environment was developed, including range, sensitivity, and accuracy.

Implementation and usage of the latest inventions in information technology provides enterprises better position on the global market. Radio Frequency Identification (RFID) presents the innovative information technology that can change and improve many of the enterprises collaboration operations and support decision making process. The best results of RFID usage are achieved in the supply chain systems, but RFID can be applied in the fields of medicine, finance, logistics and trade. Goal of this paper is to evaluate trends and purposes of RFID usage among enterprises in European Union. We also analyse usage of RFID among Enterprises in European Union according to the industry. Future research will focus on application of RFID among enterprises worldwide and to examine are there any differences in RFID usage among developed and developing countries. This work is licensed under aCreative Commons Attribution-NonCommercial 4.0 International License.