Feasible and effective IT asset management using surface acoustic wave-based RFID
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A radio-frequency identification (RFID) system has been considered as one of the most promising systems for information technology (IT) asset management because of its well-developed level of technology, worldwide standards and its lower price than other wireless protocols such as WiFi, WiMAX, and Bluetooth. However, RFID systems for IT asset management in business-to-business (B2B) environments are still limited by several constraints such as readable range, sensor capability, and battery problems inherent in existing RFID technologies. In particular, only few research works deal with asset management in a real office environment. This paper proposes a new way of managing IT assets using surface acoustic wave (SAW)-based RFID technology to solve these problems. To show its effectiveness and feasibility, the proposed approach analyzes RFID tag performance based on an electromagnetic test and measures the readability of SAW-based RFID in an office environment. Experimental results show that one of the most hopeful candidates for managing B2B IT assets is the SAW-based RFID system because of its batteryless passive RFID characteristic, relatively long readable range, its potential and inherent sensor capability, and its expandability compared to other RFID systems. Furthermore, the proposed approach systematically analyzes where to attach RFID tags on IT asset devices considering electromagnetic performance based on ID- and sensor-detecting capabilities, which suggests the most appropriate tag position on the device.
KeywordsRFID Surface acoustic wave RFID Asset management Radio frequency identification
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- 1.Worldwide Consumer Electronics Market (2006), http://www.researchandmarkets.com/reports/323891/
- 6.Vogel L, Prabhu BS, Gadh R (2007) Development and testing of an RFID-based cutting tools tracking application. Proc of 2nd Hewlett Packard RFID Symposium, San Paulo, Brazil, 18–19 October 2007Google Scholar
- 7.Finkenzeller K (2003) Animal identification. RFID handbook 2nd Edition, pp. 364–367, ISBN: 0470844027Google Scholar
- 12.Hayashi H, Tsubaki T, Ogawa T, Shimizu M (2003) Asset tracking system using long-life active RFID tags. NTT Tech Rev 1:19–26Google Scholar
- 19.Ramkrishnan KM, Deavours DD (2009) Performance benchmarks for passive UHF RFID tag. RFID Alliance Lab Report. http://www.rfidalliancelab.org/publications/mmb06.pdf
- 21.Pohl A (1999) Measurements of vibration and acceleration utilizing SAW sensors. SENSOR '99 2:53–58Google Scholar
- 24.Seifert F, Bulst WE, Ruppel C (1994) Mechanical sensors based on surface acoustic waves, Sensors and Actuators. A 44:231–239Google Scholar
- 26.Arumugam DD, Ambravaneswaran V, Modi A, Engels DW (2007) 2D localisation using SAW-based RFID systems: a single antenna approach. Int J Radio Freq Identif Technol Appl 1:417–438Google Scholar