Abstract The commercialization of Virtual Reality (VR) headsets has made immersive and
360-degree video streaming the subject of intense interest in the industry and research …

This work presents a performance evaluation of the current status of two distinct lines of
development in future video coding technology: the so-called AV1 video codec of the …

The recent surge of applications involving the use of 360° video challenges mobile networks
infrastructure, as 360° video files are of significant size, and current delivery and edge …

Video compression standard H. 264/AVC was released in 2003, and has been dominating
the industry for the past decade. Over the last few years, a number of next-generation …

Gaming videos are increasingly being streamed live over the Internet, as evident by the
increasing popularity of services such as Twitch. tv and YouTube-Gaming, with Twitch. tv …

In this paper, we compare the video codecs AV1 (version 1.0. 0-2242 from August 2019),
HEVC (HM and x265), AVC (x264), the exploration software JEM which is based on HEVC …

This paper presents and discusses an objective performance evaluation of two lines of
development for the next generation of video coding schemes: AV1 of the Alliance for Open …

The recent dramatic increase in video content consumption requires efficient video coding
standards, which is specifically true for ultrahigh-definition (UltraHD) resolutions, such as 4K …

In this paper we compare the performance of two state-of-the-art competing codecs, AV1
and HEVC, in the context of adaptive streaming. We specifically consider a Dynamic …

In recent years, Internet traffic patterns have been changing. Most of the traffic demand by
end users is multimedia, in particular, video streaming accounts for over 53%. This demand …