Abstract—Conventional perceived depth models represent the perception of depth by human being considering algebraic structure of observation environment. In this paper, we want to propose a new perceived depth model using the fact that the perceived depth can be varied with the change of color components of observation contents while the observation environment fixed.
Index Terms—Color component, perceived depth, human visual system.
Jeong-Yeop Kim is with the Department of Game Contents,University of Young-San, 99 Pilbong-gilHaeundae-Gu, Busan, 612-743, Korea (e-mail: neocopy@ysu.ac.kr).
Sang-Hyun Kim is with the Department of Computer Engineering, University of Young-San, 288 Junam-ro, Yangsan-siKyungsangnam-do 626-790, Korea (e-mail: ksh50@ysu.ac.kr).
Gil-JaSo is with the Department of Cyber Police and Science, University of Young-San, 288 Junam-ro, Yangsan-siKyungsangnam-do 626-790, Korea (e-mail: kjso@ysu.ac.kr).
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Cite:Jeong-Yeop Kim, Sang-Hyun Kim, and Gil-Ja So, "Perceived Depth Modeling Based on Color Information," International Journal of Computer Theory and Engineering vol. 5, no. 4, pp. 716-720, 2013.
