Modeling the Relationship between Impressions and Image Features of Crinkle Finish of DSLR Camera
In this article, the authors study the relationships between the principal impressions of crinkle-finished surfaces, which are found on camera exteriors, and the characteristics of test images of crinkle-finished surfaces. They extracted impression words for the surfaces through subjective experiments with humans. The results suggest that the impression is affected by five factors: two physical impression factors and three emotional impression factors. The surface images were obtained using a multi-angle measurement system that was built to collect images under various conditions. The authors used stepwise multiple regression to derive equations to predict the impressions of the surface given the characteristics of its test images. The results of the equations are highly correlated with the subjective scores of the five impression factors. These models will enable designers to design attractive crinkle-finished surfaces and camera exteriors.
Document Type: Research Article
Affiliations: 1: Innovation/R&D Division, Ricoh Company Ltd., Kanagawa, Japan 2: School of Science and Technology/Research Center for Kansei Value Creation, Kwansei Gakuin University, Hyogo, Japan
Publication date: March 1, 2020
This article was made available online on October 27, 2020 as a Fast Track article with title: "Modeling the Relationship between Impressions and Image Features of Crinkle Finish of DSLR Camera".
- Journal of Perceptual Imaging (JPI) is an open access, peer-reviewed publication of the Society for Imaging Science and Technology (IS&T). JPI publishes research in perception and cognition that supports or is inspired by imaging and visualization technologies and applications. Papers cover imaging science, technology, and art that is influenced by research in human perception, cognition, and neuroscience, including algorithms, evaluation methods, and innovations, as well as art and psychology that addresses sensory representation, processing, and understanding. Experimental, theoretical, and survey papers are welcome. Please visit the publication website for a list of topics.
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