InIn HTTP Adaptive Streaming (HAS), each video is divided into smaller segments, and each
segment is encoded at multiple pre-defined bitrates to construct a bitrate ladder. To optimize …

HTTP adaptive streaming (HAS) has emerged as a widely adopted approach for over-the-
top (OTT) video streaming services, due to its ability to deliver a seamless streaming …

Adaptive live video streaming applications utilize a predefined collection of bitrate-resolution
pairs, known as a bitrate ladder, for simplicity and efficiency, eliminating the need for …

Current per-title encoding schemes encode the same video content at various bitrates and
spatial resolutions to find an optimized bitrate ladder for each video content in Video on …

HTTP Adaptive Streaming (HAS) methods divide a video into smaller segments, encoded at
multiple pre-defined bitrates to construct a bitrate ladder. Bitrate ladders are usually …

The optimization of video compression and streaming workflows critically relies on
understanding the video complexity, including both spatial and temporal features. These …

In live streaming applications, a fixed set of bitrate-resolution pairs (known as bitrate ladder)
is used for simplicity and efficiency to avoid the additional encoding run-time required to find …

This paper provides an overview of the open Video Complexity Dataset (VCD) which
comprises 500 Ultra High Definition (UHD) resolution test video sequences. These …

In today's digital landscape, video streaming holds an important role in internet traffic, driven
by the pervasive use of mobile devices and the surge in streaming platform popularity. In …

With the increase of resolution and frame rate, videos can provide users with a better
viewing experience. However, the amount of data is also greatly increased, making it much …