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Experimental results have demonstrated that the proposed metric performance achieves high consistency with subjective assessment and outperforms the blind stereo IQA over various types of distortion.
A blind stereoscopic image quality measurement using synthesized cyclopean image and deep feature extraction based on Human Visual System (HVS) modeling and quality-aware indicators is introduced.
This paper addresses the problem of blind stereoscopic image quality assessment (NR-SIQA) using a new multi-task deep learning based-method and compute naturalness-based features using a Natural Scene Statistics (NSS) model in the complex wavelet domain.
A deep multi-score Convolutional Neural Network that has been trained to perform four tasks: predict the left view’s quality, predict the quality of the stereo view and global quality, respectively, with the global score serving as the ultimate quality.
A new deep learning-based no-reference SIQA using cyclopean view hypothesis and human visual attention is introduced using cyclopean view hypothesis and human visual attention.
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