• Journal of the Korea Academia-Industrial cooperation Society
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• v.9 no.1
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• pp.202-213
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• 2008

This study set up a relational model and an assumption concerning how consumer innovativeness could affect the usage motive of digital photos and the usage intention of digital photo printing service, by utilizing the theory of Uses and Gratification(U&G) and Technology Acceptance Model(TAM) so as to cope with the changes in market environment and to construct a new business model. The results fur the study were as below First, innovativeness had a positive effect on convenience, entertaining element and sociality in the relational model of overall innovativeness and usage motive of digital photos. Second, it has been noted that innovativeness had a positive effect on the usage intention of digital photo printing service in the relational model between overall innovativeness and its usage intention. Third, it has been demonstrated that convenience, entertaining element, economic feasibility and sociality had a positive effect on its usage intention in the relational model between overall usage motive of digital photos and the usage intention of digital printing service

• Journal of the Institute of Electronics Engineers of Korea SP
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• v.43 no.2 s.308
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• pp.48-56
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• 2006

This paper introduces design and implementation of digital photo kiosk system, digital photo printing system, with auto color correction module that considers gamut between touch screen and output device, digital photo printer, to provide user-preferred media. This module performs media correction function to service high quality contents for image captured by digital camera and mobile phone camera. Since it is implemented as LUT for real-time processing, the system offers one-touch interface to user. As a result of implementation, this kiosk system provides user-favorite photo because of black and white mode, sepia mode, and brightness and contrast adjustment. Also it can gives smooth tone transition and photos of similar color to captured image due to auto color correction module.