Research and Application of the Adaptive Model of the Human Visual System for Improving the Effectiveness of Objective Video Quality Metrics

• Main Authors: Mazin, Vladimir, Cree, Michael J., Streeter, Lee, Nezhivleva, Ksenia, Mozhaeva, Anastasia
• Format: Conference Proceeding
• Language: English
• Subjects: Adaptation models; Bandwidth; human visual system video quality assessment subjective quality motion perception video artefacts; Measurement; Prediction algorithms; Predictive models; Streaming media; Visual systems
• ISSN: 2305-7254; 2305-7254; 2343-0737
• DOI: 10.23919/FRUCT58615.2023.10142993

Video traffic from content delivery networks occu-pied 82% of all consumed bandwidth in 2022. Nevertheless, the available bandwidth is sometimes volatile and limited. Adaptive video streaming or, in other words, prediction of quality is the key to increasing throughput and reducing storage. Unfortunately, while developing video quality metrics, a problem exists in the algorithmic representation of the human visual system, such as the cognitive component, namely the delay of human reaction to artifacts, which is not represented in the current works. The presented new methodology of data collection of the delay of the human visual system response to video artifacts in modern terms of providing information in natural conditions is presented. New knowledge of the human visual system adaptation or other words time of reaction of perception of artefacts, including the response to motion perceptions necessary for correct work of video quality assessments, is presented and tested. The proposed work introduced that the use of new data on the human visual system adaptation gives an improvement in the performance of video quality assessment metrics.