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This paper presents a method of reducing visual fatigue for 3D image viewing. We, based on Epipolar geometry, compare with the conventional method focusing on adjusting baseline of image. Our unique idea is that the scaling of baseline is used to adjust the disparity of the left and right images to reduce visual fatigue. The experimental validation indicates that our proposed method can be adopted...
A typical method of improving the contrast of images is HE(Histogram Equalization). This method makes uniform distribution by adjusting the histogram[1]. However, this method is not concerned about the human visual system so as to cause visual fatigue in stereo image. In this paper, we propose a method for distinguishing object from background in image based on Roberts edge detection. The experiment...
Viewing three-dimensional display causes visual fatigue which is considered as a primary task to be solved for a wide spreading of the three-dimensional devices and contents. In this paper, we have proposed Low Visual Fatigue Stereoscopic Auto Focus to reduce the visual fatigue of viewing a three-dimensional display in stereo camera. The suggested algorithm analyzes the input scene and finds the best...
In our related work, we proposed Cognitive Stereo Auto Focus for stereo camera. Instead of moving optical axis, Cognitive Stereo Auto Focus shifts one side image to the opposite side for setting focus. In the shifting process, focus point should be set on the proper place not to cause any side effect produced by visual fatigue to user. To perform low visual fatigue focusing, Cognitive Stereo Auto...
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