Aladağ, Ö. F.Uğur, DenizAkçay, Mehmet NecmettinBeğen, Ali Cengiz2022-10-262022-10-262021978-1-4503-8434-6http://hdl.handle.net/10679/7938There are two main factors that determine the viewer experience during the live streaming of sports content: latency and stalls. Latency should be low and stalls should not occur. Yet, these two factors work against each other and it is not trivial to strike the best trade-off between them. One of the best tools we have today to manage this trade-off is the adaptive playback speed control. This tool allows the streaming client to slow down the playback when there is a risk of stalling and increase the playback when there is no risk of stalling but the live latency is higher than desired. While adaptive playback generally works well, the artifacts due to the changes in the playback speed should preferably be unnoticeable to the viewers. However, this mostly depends on the portion of the audio/video content subject to the playback speed change. In this paper, we advance the state-of-the-art by developing a content-aware playback speed control (CAPSC) algorithm and demonstrate a number of examples showing its significance. We make the running code available and provide a demo page hoping that it will be a useful tool for the developers and content providers.engrestrictedAccessconferenceObject344349000723649200035Adaptive playbackPlayback speed controlAdaptive streamingABRDASHHLSCMAFLow latency