RFID

RFID technology has become more popular and  wide range of applications. Imura (2006) offered a type of RFID tag application notes, such as RFID tag is widely used into the process of food production. Micro RFID Tag is attached to the medical supplies. Medical personnel can double check before injection by read the RFID tag information and also check the medicine.

Chow, et al (2005) using RFID technology to improve the efficiency of warehouse management. The study was to paste RFID Tag on inventory in the warehouse and installed RFID Reader  in the truck in order to grasp the inventory and lorries position.

Ergen et al (2007) using RFID technology to enhance the efficiency of the production of materials management. This study used RFID Tag attached on materials and installed RFID Reader in factories. When the producer want to change strategy, they can quickly order new materials or returned items. Huang et al (2007) using RFID Tag for raw materials and the number of personnel in order to immediately grasp the plant raw materials and the number of personnel to improve efficiency.

Hontani et al (2004) RFID technology combined with image recognition technology to build the object activity recognition system.  The research purpose for Krahnstoever et al (2005) is to avoid the theft and destruction of goods. The study was attached RFID Tag on the goods in order to determine whether the goods to be moved or destroyed, and also determine the customer's action to reduce loss.

Ting et al (2006) use RFID technology to improve the efficiency of shipping baggage management. De et al (2004) use RFID technology to track the location of production tools in the factory.

SOURCE:

De, p., Basu, K. and Das S. K. (2004) An RFID based technique for handing object distribution and recalls in pervasive transaction environments

Chow, H.K.H., Choy, L. K., Lee, W.B. and Lau, K. C., (2005) Design for RFID-based resource management system for warehouse operation

Ergen, E., Akinci, B. and Sacks, R. (2006) Life-cycle data management of engineered-to-order components using radio frequency identification

Hontani, H., Nakagawa, M., Kugimiya, T., Baba, K. and Sato, M. (2004) A visual tracking system using an RFID-tag

Imura, R (2006) The role of networked RFID for driving the ubiquitous

Krahnstoever, N., Rittscher, J., Tu, P., Chean, K. and Tomlinson, T. (2005) Activity recognition using visual tracking and RFID

Ting, Z., Zhang, X. and Yuanxin, O. (2006)A framework of networked RFID system supporting location tracking