“Development of Cultural Capital Content using Ultra-High Resolution Images” by Hayashi, Naoe, Komatsubara, Sumiya and Yonezawa

  • ©Takefumi Hayashi, Narihito Naoe, Naho Komatsubara, Kenji Sumiya, and Kay Yonezawa

  • ©Takefumi Hayashi, Narihito Naoe, Naho Komatsubara, Kenji Sumiya, and Kay Yonezawa

  • ©Takefumi Hayashi, Narihito Naoe, Naho Komatsubara, Kenji Sumiya, and Kay Yonezawa

Conference:


Type:


Entry Number: 36

Title:

    Development of Cultural Capital Content using Ultra-High Resolution Images

Presenter(s)/Author(s):



Abstract:


    Recently, digital archives of famous art works have been developed and their digital content were exhibited in public. In the present research, we focus on old art works of Osaka (a local area of Japan) which are valuable but buried in museum or library archives or otherwise forgotten nowadays. We are aiming at constructing the ‘cultural capital content’ that makes the art work itself popular and bring benefits of regional promotions for local society. We have already reconstructed the old cityscapes of Osaka using 3D computer graphics and confirmed the effects of the interactive content for education and sightseeing [Hayashi, 2013]. Here, the digital content of a picture scroll of Osaka painted by Shunboku Ooka (1680-1763) was developed using an ultra-high resolution imaging technology. A high quality replica was created and interactive content based on the scroll were developed.

References:


    1. Hayashi, T. et al. 2013. Visualization of Historical Landscapes in Osaka, Proc. SIGGRAPH ASIA 2013 DVD (ACM978-1-4503-2511-0/13/11).
    2. Nakatani, N. 2010. Why have Osaka painting schools (Osaka Gadan) been forgotten? From OKAKURA Tenshin to Concepts of East Asian Art History, Daigo Shobo, pp. 225–244 (in Japanese).
    3. Hitachi, Ltd. 2014. Digital Imaging System, http://www.hitachi.co.jp/dis/ (accessed February 17, 2014).

Additional Images:

©Takefumi Hayashi, Narihito Naoe, Naho Komatsubara, Kenji Sumiya, and Kay Yonezawa ©Takefumi Hayashi, Narihito Naoe, Naho Komatsubara, Kenji Sumiya, and Kay Yonezawa

Acknowledgements:


    The authors would like to thank Prof. A. Yosano of Kansai University for his valuable suggestions and encouragement, and also, Mr. H. Hirayama of Hitachi Ltd. for his technical support in ultra-high resolution imaging.


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