TY - JFULL AU - Alfred Chen and Shr Yu Lu and Cong Seng Hong and Yur-June Wang PY - 2010/9/ TI - The Feasibility of Augmenting an Augmented Reality Image Card on a Quick Response Code T2 - International Journal of Computer and Information Engineering SP - 1284 EP - 1289 VL - 4 SN - 1307-6892 UR - https://publications.waset.org/pdf/5470 PU - World Academy of Science, Engineering and Technology NX - Open Science Index 44, 2010 N2 - This research attempts to study the feasibility of augmenting an augmented reality (AR) image card on a Quick Response (QR) code. The authors have developed a new visual tag, which contains a QR code and an augmented AR image card. The new visual tag has features of reading both of the revealed data of the QR code and the instant data from the AR image card. Furthermore, a handheld communicating device is used to read and decode the new visual tag, and then the concealed data of the new visual tag can be revealed and read through its visual display. In general, the QR code is designed to store the corresponding data or, as a key, to access the corresponding data from the server through internet. Those reveled data from the QR code are represented in text. Normally, the AR image card is designed to store the corresponding data in 3-Dimensional or animation/video forms. By using QR code's property of high fault tolerant rate, the new visual tag can access those two different types of data by using a handheld communicating device. The new visual tag has an advantage of carrying much more data than independent QR code or AR image card. The major findings of this research are: 1) the most efficient area for the designed augmented AR card augmenting on the QR code is 9% coverage area out of the total new visual tag-s area, and 2) the best location for the augmented AR image card augmenting on the QR code is located in the bottom-right corner of the new visual tag. ER -