A Distortion-Resistant Routing Framework For Video Visitors In Wireless

Abstract

In widespread, traditional routing paths which can be designed for Wi-Fi sensor networks are application-agnostic. we are thinking about a software waft in a wireless sensor networks includes video visitors. to overcome the problem of video distortion there are numerous routing metric mechanisms. Popular hyperlink-best-based routing metrics (etx) do now not account for the dependence of video across the links of a route that may motive a video to glide via few paths, for that reason inflicting excessive video distortion. on this paper, we construct an analytical framework model to evaluate the video frame loss manner to understand the impact of Wi-Fi community now not account for the dependence of video throughout the links of a route, for that reason inflicting excessive on video distortion. This framework lets in to decrease the video distortion by formulating a routing

Policy with the aid of accounting the distortions resulting from a go with the flow, stop-to-quit with the aid of dispensing the frames across the paths via precedence primarily based. we evaluate via test bed experiments that our protocol is green in lowering the video distortion and minimizing the user revel in degradation.