Abstract—Traffic information on 5G mobile system network predicts to be dominated by demanding video services in real time and broadcasting application, and high video quality transfer. The most prediction of 5G systems is that they are going to be capable of handling high-definition like 4K and 8K video streaming which these are going to deliver facilities that are gathering the necessities of the client recognize quality by assurance quality. This paper aims to find the most effective kind of the latest video standard scalable that supports high-definition video, like H265, H264, and VP9. Furthermore, the paper also implements the control of the best video standard scalable by employing RDO to choose the best coding comparison mode. The paper used the parameter such as bit rate, PSNR for evaluation purposes. Finally, the result shows that H265 is better regarding data consumption, which is equal to 49.61% and 22.61% compared to AVC and VP9. At the same time, it also provides high quality. Saving bit rate lead to increase the number of users. Finally, the paper is compared a different mode of the types in HEVC to select the optimal mode that it achieved the compression with low bit rate and high PSNR
 

Index Terms—5G, HEVC; AVC; VP9, 8K, 4K, PSNR

Cite: Sarmad K. Ibrahim and Nasser N. Khamiss, "Improved Video Coding Technique for Next Generation Communication System," Journal of Communications, vol. 14, no. 8, pp. 715-720, 2019. Doi: 10.12720/jcm.14.8.715-720