Volume 19, No. 2, 2022
An Adaptive Video Streaming For The Best Possible Delivering Experience To Multiple Users In Wireless Networks
Ashraf A. Taha
Abstract
Efficient support of video streaming in a wireless network established by varied clients permits the users in the network area to define adaptively the quality level of the desired video segments. When the user asks the server to send a packet, the server should begin streaming in a low resolution to avoid latency, packet loss... etc. The paper will propose an effective scheme to evaluate and adjust the performance needed under realistic assumptions of network parameters for each user. It has two parts; the first part applies adaptive video streaming to multiple clients through the Rayleigh fading channel and the issue faced on the Quality of Service (QoS) of video being displayed and the overall system was built to measure the performance for each user and concluded that the video was clear but never match with the High Definition (HD) input provided. The second part is the simulation; Adjusting the performance needed for each user by applying the error correction for the adaptive streaming using Reed Solomon algorithms. The results are enhanced to achieve the required QoS in addition to the video streaming adaptation. These results conclude the better results for parameters of video streaming system such as latency, bit rate through Rayleigh channel, delay factor of adaptive streaming, and efficiency.
Pages: 6555-6577
Keywords: Recent mainstream video streaming key to utilize services of a Content Delivery Network (CDN) providers must discover novel multimedia streaming solutions to provide streaming services to meet the ever-increasing demands of the public.