3 webui [1] 3 3 3D e- 3D 1 1a 1b 3 2. AR 3 3 AR Autodesk 123D Catch [3] Autodesk 3 Martin [4] Shape From Sillhouette 3 [5] 3 3 Watanabe [6]
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1 情 報 処 理 学 会 インタラクション 2013 IPSJ Interaction Interaction (3EXB-50) 2013/3/2 1,a) 2 2 e- 2 2 ( ) e- 3 Intuitive Recording and Viewing of Multiple Images for E-Commerce Tatsuhito Oe 1,a) Shigaku Iwabuchi 2 Soh Masuko 2 Abstract: In current e-commerce sites, most products images are shown in 2D images. When a user selects a product according to these 2D images, it is difficult to grab rough size of the product. Therefore, some e-commerce sites show a 3D image of a product using multiple images. However, preparation for multiple images is high cost for a shop. In this research, we present a recorder and a viewer of products multiple images using a mobile device. By building the system, we aim to reduce a recording cost for the shop, and to enhance a site viewing for the user. In this paper, we show interaction techniques and implementation of the system. 1. e- 2 2 ( ) e- [1], [2] e- web 3 1 Graduate School of Systems and Information Engineering, University of Tsukuba 2 Rakuten Institute of Technology, Rakuten, Inc. a) tatsuhito@iplab.cs.tsukuba.ac.jp 1 a) b) Fig. 1 Recorder and viewer of products multiple images. a) recorder, b) viewer Information Processing Society of Japan 770
2 3 webui [1] 3 3 3D e- 3D 1 1a 1b 3 2. AR 3 3 AR Autodesk 123D Catch [3] Autodesk 3 Martin [4] Shape From Sillhouette 3 [5] 3 3 Watanabe [6] JewelryStudio AR +web web 4 3 Billinghurst [7] Kato [8] ARToolKit AR Lapides [9] Boring [10], [11] Baur [12] Sörös [13] Lee [14] Kato [15] Information Processing Society of Japan 771
![Watanabe [6] JewelryStudio 2 3 2.](/docs-images/43/23162709/images/page_2.jpg "2 AR +web web 4 3 Billinghurst [7] Kato [8] ARToolKit AR Lapides [9] Boring [10], [11]")
3 3.1 2 a) b) c) 2 d) Save a) e- b) c) AR AR 3 AR a) b) c) AR Fig. 3 A viewing technique using AR marker. a) a user views web-site using the mobile device, b) invokes the viewer, c) views products multiple images by holding the device toward the marker. 2 a) b) c) d) Fig. 2 A recording flow. a) a shop prepares the product and the marker to capture, b) invokes the recorder, c) captures some images, d) stores these images AR AR AR 3 AR AR web AR +web AR +web AR +web AR web 4 a) web web b) AR web c) web web AR AR +web AR 2013 Information Processing Society of Japan 772
4 web web AR web web 4 AR +web a) web b) c) web Fig. 4 A viewing technique using AR marker + web-site. a) a user views the web-site, b) invokes the viewer, c) views products multiple images by holding the device toward the web-site. 5 web a) web b) c) web Fig. 5 A viewing technique using web-site. a) a user views the web-site, b) invokes the viewer, c) views products multiple images by holding the device toward the web-site web web web 5 a) web AR +web web b) web c) web web web a) b) c) Fig. 6 A viewing technique using a hand. a) a user views the web-site using the mobile device, b) invokes the viewer, c) views by holding the device toward the hand Information Processing Society of Japan 773
5 a) b) AR web c) 8 Fig. 8 An example of recorded products images (Φ, θ) ( 1 ) ( 2 ) (1) ( 3 ) 3D 8 2 AR AndAR *1 (Φ, θ) ( 1 ) AR web ( 2 ) (Φ, θ) ( 3 ) (Φ, θ) ( 4 ) ( 5 ) ソース 画 像 特 徴 点 群 9 Vuforia Augmented Reality SDK ) ) Fig. 9 Feature points of the image calculated in Vuforia Augmented Reality SDK. left) the source image, right) calculated feature points. 7 Fig. 7 A frame of reference in the recording system *1 AR web AR Qualcomm Vuforia Augmented Reality SDK *2 Vuforia SDK 9 9 web 9 Vuforia SDK * Information Processing Society of Japan 774
6 6. 4 [1] NIKEiD (2012/10/5). [2] Viking Footwear AR (2012/10/29). [3] Autodesk 123D Catch (2012/10/29). [4] Martin, W. N. and Aggarwal, J. K.: Volumetric Descriptions of Objects from Multiple Views, IEEE Transactions on Pattern Analysis and Machine Intelligence, pp (1983). [5] Cheok, A. D., Weihua, W., Yang, X., Prince, S., Wan, F. S., Billinghurst, M. and Kato, H.: Interactive Theatre Experience in Embodied + Wearable Mixed Reality Space, in Proceedings of the 1st International Symposium on Mixed and Augmented Reality, ISMAR 02, pp. 1 10, IEEE (2002). [6] Watanabe, C., Tsukada, K. and Siio, I.: JewelryStudio: System for capturing/browsing pictures of jewelry from multiple viewpoints, in Proceedings of the International Working Conference on Advanced Visual Interfaces, AVI 12, pp , ACM (2012). [7] Billinghurst, M., Hakkarainen, M. and Woodward, C.: Augmented Assembly using a Mobile Phone, in Proceedings of the 7th International Conference on Mobile and Ubiquitous Multimedia, MUM 08, pp , ACM (2008). [8] Kato, H.: ARToolKit: Library for Vision-based Augmented Reality, IEICE, PRMU, pp (2002). [9] Lapides, P., Sultanum, N., Sharlin, E. and Sousa, M. C.: Seamless Mixed Reality Tracking in Tabletop Reservoir Engineering Interaction, in Proceedings of the International Working Conference on Advanced Visual Interfaces, AVI 12, pp , ACM (2012). [10] Boring, S., Baur, D., Butz, A., Gustafson, S. and Baudisch, P.: Touch Projector: Mobile Interaction through Video, in Proceedings of the SIGCHI Conference on Human Factors in Computing Systems, CHI 10, pp , ACM (2010). [11] Boring, S., Altendorfer, M., Broll, G., Hilliges, O. and Butz, A.: Shoot & Copy: Phonecam-Based Information Transfer from Public Displays onto Mobile Phones, in Proceedings of the 4th international conference on mobile technology, applications, and systems and the 1st international symposium on Computer human interaction in mobile technology, Mobility 07, pp , ACM (2007). [12] Baur, D., Boring, S. and Feiner, S.: Virtual Projection: Exploring Optical Projection as a Metaphor for Multi- Device Interaction, in Proceedings of the 2012 ACM annual conference on Human Factors in Computing Systems, CHI 12, pp , ACM (2012). [13] Sörös, G., Seichter, H., Rautek, P. and Gröller, E.: Augmented Visualization with Natural Feature Tracking, in Proceedings of the 10th International Conference on Mobile and Ubiquitous Multimedia, MUM 11, pp. 4 12, ACM (2011). [14] Lee, T. and Hollerer, T.: Handy AR: Markerless Inspection of Augmented Reality Objects Using Fingertip Tracking, in IEEE International Symposium on Wearable Computers, pp , IEEE (2007). [15] Kato, H. and Yoneyama, A.: A Line-based Palm-top Detector for Mobile Augmented Reality, in Proceedings of the International Working Conference on Advanced Visual Interfaces, AVI 12, pp , ACM (2012) Information Processing Society of Japan 775
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