Delicate blunders coming about because of encoding video groupings on questionable equipment can make noteworthy antiques in decoded video successions, adding to outrageous video quality debasement. Present day frameworks are required to work under progressively difficult imperatives, including littler element sizes and lower working voltage, improving the probability of delicate mistakes in the video encoding equipment.
These conditions are of specific worry for vitality restricted battery-worked frameworks since they might be required to work in nonideal situations as well as keep working with a for all intents and purposes drained vitality source. The proposed parallel free mark preparing configuration performs blunder discovery and moderation in video encoding equipment, empowering an elegant debasement of value when encoding by utilizing questionable equipment. The impacts of delicate mistakes are limited by keeping the blunder engendering typically connected with blunders in encoded video arrangements. This takes into account the recuperation of value when mistakes are available in the video encoding framework.
Customary video encoding procedures are intended to deal with most pessimistic scenario blunder rates by expanding door sizes as well as expanding the working voltage of the framework. Such plans have blunder rate limits, and when these points of confinement are achieved, the frameworks have a tendency to flop calamitously, bringing about an unrecoverable flag. The proposed configuration takes into consideration single surprise occasions to convert into single transient curios in a decoded video succession.
BASE PAPER: Error Resilient Video Encoding