In-service Real-time and Continuous Objective Video Quality Assessment for DTV Broadcasting
Chan-Ho Han
Abstract
Open-access reader
Chan-Ho Han
Abstract
Open-access reader
This article presents a simple and reasonable in-service, real-time, and continuous single-ended objective video quality assessment model for DTV broadcasting using a multiburst signal at the bottom of the transient effect area, similar to Vertical Interval Test Signals. The issue of in-service video-quality monitoring in DTV broadcasting is addressed, and an effective method of quality monitoring is presented. The proposed method is also implemented and tested in a range of situations using a simulated HDTV broadcasting network.
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This article presents a simple and reasonable in-service, real-time, and continuous single-ended objective video quality assessment model for DTV broadcasting using a multiburst signal at the bottom of the transient effect area, similar to Vertical Interval Test Signals. The issue of in-service video-quality monitoring in DTV broadcasting is addressed, and an effective method of quality monitoring is presented. The proposed method is also implemented and tested in a range of situations using a simulated HDTV broadcasting network.
Key concepts: Broadcasting (networking), Digital television, Computer science, Digital broadcasting, Quality of service, Digital Video Broadcasting, Real-time computing, Service (business)