A conjoint edifice for QOS and QOE through video transmission at wireless multimedia sensor networks

Abstract

The Myth of distributing multimedia content came to reality with the emancipation of Wireless Multimedia Sensor Networks (WMSNs). The proper management is needed to avoid the excessive packet drop during transmission of multimedia data over WMSNs. Existing QoS does not lead to increase in sensor nodes and volume of data in wireless sensor networks. This paper proposes to emphasis the QoS in WMSNs inspite of insubstantial flimsy Error Concealment (EC) scheme. The sustainable quality for retaining the receiving ends is the prime core for the Quality of Experience (QoE). The proposed key objectives of the edifice are to reduce the effects of leaped video packets and to maximize its network. The variable Quantization Parameters (QPs) are used to control the data rate at the multimedia sensor with Scalable High-efficiency Video Coding (SHVC). The real-time video transmission is exploited by the multipath routing. Experimental outcome reveals that the proposed edifice able to proficiently regulate network distortions under large volumes of video data and produce better objective measurements for lost video frames.