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Chapter and Conference Paper
Stereoscopic 3D Depth Perception Analysis of H.264/AVC Coded Video
Compared to two single-view videos, stereoscopic three dimensional (S3D) videos provide a single most significant feature and a major difference, i.e. depth perception. However, the compression, transmission, ...
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Article
A Visual-Masking-Based Estimation Algorithm for Temporal Pum** Artifact Region Prediction
This paper investigates the temporal pum** artifact (TPA) induced by digital video coding using H.264/AVC and H.265/HEVC standards and proposes a visual-masking-based method to estimate regions with percepti...
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Chapter
Visual Quality-Regulated Three-Dimensional Video Coding (3-DVC)
This chapter reviews (in Sect. 3.1) issues associated with research and development of three-dimensional (3-D) video coding in the context of the current push towards better viewing quality and experience of v...
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Article
A Novel SAO-based Filtering Technique for Reduction in Temporal Flickering Artifacts in H.265/HEVC
This paper presents a novel filtering technique based on sample adaptive offset (SAO) in H.265/high-efficiency video coding (HEVC) for reduction in the temporal flickering artifacts and improving the coding pe...
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Article
Features Based Spatial and Temporal Blotch Detection for Archive Video Restoration
In order to restore blotched archive video without causing distortion to areas of the frames that are not corrupted, the locations of the blotches must be identified. Blotch detection usually needs reliable mo...
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Article
Efficient Lagrange multiplier selection for scalable video coding using temporal inter-layer dependency
Designed for scalable video coding, an efficient algorithm for Lagrange multiplier selection, named as Lagrange multiplier selection with temporal scalability, is proposed based on inter-layer dependency in th...
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Chapter
Introduction: State of the Play and Challenges of Visual Quality Assessment
Quality of visual signals perceived by human observers has always been a critical issue, so has been the measurement of the signal quality throughout a process chain of acquisition/reproduction, encoding, tran...
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Article
Adaptive progressive filter to remove impulse noise in highly corrupted color images
In this paper, an adaptive progressive filtering (APF) technique with low computational complexity is proposed for removing impulse noise in highly corrupted color images. Color images that are corrupted with ...
