Abstract:
This introduction presents an overview of key concepts discussed in this book, which addresses signal processing issues in radio frequency identification (RFID). RFID is a technique to achieve object identification by using radio systems. It is a contactless, usually short distance, wireless data transmission and reception technique for identification of objects. An RFID system consists of two components, namely tag and reader. The book reviews both fundamentals of RFID and the state-of-the-art research results in signal processing for RFID. For the former, it discusses the operating principles, modulation schemes and channel models of RFID. For the latter, the book highlights the following research fields: space-time coding for RFID, blind signal processing for RFID, anti-collision of multiple RFID tags and localization with RFID. Some concrete examples on the analysis of transmission efficiency of tree-splitting algorithms are illustrated in detail before presenting general results.Keywords:
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The present article explores the application of the Radio Frequency Identification Technology (RFID) in the sector of logistics. The technology is analyzed in terms of the potential of customers’ benefits from logistics services and the achievement of greater optimization and efficiency in processes by the management of logistics companies. The benefits from the application and use RFID technology in the mainstream processes of express delivery are presented.
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In industry time is very much important. To reduce time many organizations are searching for new technique which reduces total time and increases rate of production. Radio Frequency Identification (RFID) technique is very much faster than other techniques. Radio Frequency Identification (RFID) is the combination of radio broadcast technology and the radar. . In Radio Frequency Identification (RFID) system we use RFID tag and RFID reader. In company Adler mediequip pvt. Ltd. searching of job cards is very much time consuming process. Therefore the productivity decreases and manpower increases identification.to overcome this problem RFID System is can be implemented in this company. In this chapter for RFID implementation we research some RFID, components like Arduino, tags, reader and RFID system. Different types of RFID tags are studied. RFID system and Arduino are studied and also construction and components of RFID tag are studied
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This article describes usage of radio frequency identification (RFID), technology which uses radio waves and which can be used to identify all kinds of objects in logistics. This identification method is coupled with automatic data capture and companies use it to get data into computer systems without intervention of employees. The aim of RFID technology is in increase efficiency, reduce data entry errors and in decrease count of necessary employees. RFID technology can also deliver benefits in different areas and not only in commerce, sale or logistics.
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This paper will describe the technology RFID that is Radio Frequency Identification and gives an overview of the current state of the art in the radio frequency identification (RFID) technology. It also tell how does it work and what are its applications and problems in RFID technology ? This paper presents a few applications that are possible using RFID technology such as locating lost items, tracking moving objects, and others . The convergence of lower cost and increased capabilities made businesses take a hard look at what RFID can do for them. Also its various types are described here.
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Radio frequency identification (RFID) technology has proved to be very effective in industries as diverse as aircraft manufacturing to health and care. The construction industry has been slow to take up on RFID and this paper will discuss the merits of the technology in its potential for application within the construction sector. The paper reports about the prototypical implementation of RFID-based information management in FM-scenarios. The prototypes were tested at University College Cork (UCC). The general applicability of RFID for decentralised information management could be demonstrated.
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Radio Frequency Identification (RFID) is an integral part of our life. Radio Frequency Identification (RFID) technology uses radio waves (usually 850 MHz to 950 MHz) to identify people or objects. RFID increases productivity and convenience. This article gives idea about basic concepts of RFID, the detailed knowledge of components used in RFID module and the common applications where RFID is used. In current RFID application areas there are many design issues. This article also focus on some such design issues and some possible solutions of that.
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Radio frequency identification technology offers various potential benefits compared to the traditional systems of automatic identification, such as barcodes or manual data entry. Thanks to non-contact reading, no need for human intervention and real time information update, that technology increases the speed of identification, material, and information flow and plays an important role in various logistics activities. This is why, since its introduction, radio frequency identification has always been indicated by researchers and practitioners as the technology that will have changed the way of managing logistics and supply chain processes. By means of a systematic literature review on 95 selected papers, this study proposes an examination of radio frequency identification applications targeting the logistics field, with the purpose of categorizing the available knowledge, examining the state-of-the-art solutions and highlighting the key benefits of the technology within the logistics sector. As a result, the trends of the topics treated in studies targeting radio frequency identification in logistics are delineated. Suggestions for future research directions are provided.
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