A PERVERSION-RESISTANT ROUTING FOR VIDEO DELAY IN WIRELESS NETWORKS

From the user perspective, reducing the amount of video distortion is crucial. Popular link-quality-based routing metrics don't take into account dependence over the links of the path consequently, they are able to cause video flows to converge onto a couple of pathways and, thus, cause high video distortion. Traditional routing metrics created for wireless systems are application-agnostic. Within this paper, we think about a wireless network in which the application flows contain video traffic. Particularly, the various amounts of encoding make reference to, either information encoded individually, within the situation of I-frames, or encoding in accordance with the data encoded within other frames, out of the box the situation for P- and B-frames. We discover via simulations and test bed experiments our protocol is efficient in lessening video distortion and minimizing the consumer experience degradation. To take into account the evolution from the video frame loss process, we construct an analytical framework to, first, understand and, second, measure the impact from the wireless network on video distortion. Because of the complexity from the optimization problem, an inherited-formula-based heuristic approach can be used to compute the routes. Our approach differs not just in route we model video distortion, but additionally on the truth that we concentrate on LC that is popular in programs today. The framework enables us to formulate a routing insurance policy for minimizing distortion, according to which we design a protocol for routing video traffic