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Title: Using circular dot pattern code tag for medical information on the round type medical package
Authors: Jae Youn Shim; Seong-Whan Kim
Department of Computer Engineering, Kyungdong University, 46 Bongpo4-gil, Gosung, Gangwondo 24764, Republic of Korea
School of Computer Science, University of Seoul, 163 Seoul Siripdae-ro, Dongdaemoon-gu, Republic of Korea
Abstract: Administration of medicines is important issue for patient safety in medical applications. Especially, manufacture date and expiry date are very important. Medical applications have strong needs for embedded tags on medical bottles to facilitate medicine management. One-dimensional (1D) barcode cannot represent the required information capacity. Two-dimensional (2D) barcode and radio-frequency identification (RFID) systems can support information capacity. However, 2D barcode is hard to recognition, if 2D barcode tag is attached on curvature surface. RFID is 100 times more expensive than barcode systems and also it is difficult to embed RFID tags on curvature. In this paper, we propose circular dot pattern code (CDPC) tag for cylindrical and round type medical bottle identification and management. CDPC is based on topology of dot pattern code, and it is well suited to recognising tags in curvature environments. Experimental results show that CDPC outperformed 2D barcode in its recognition rate on curvature, including cylindrical and round shape.
Keywords: medical packages; code recognition systems; dot pattern code; pattern recognition; circular tags; RFID; radio frequency identification; QR code; quick response code; information embedding; topology; ECC; error correction code; medical information; patient safety; embedded tags; medicine bottles; medicine management; cylindrical shapes; round shapes; curvature.
Int. J. of Advanced Media and Communication, 2016 Vol.6, No.1, pp.48 - 56
Date of acceptance: 26 May 2016
Available online: 09 Sep 2016