Optimizing Video Compression and Transmission for Real-Time Applications

Customers' expectations for content have significantly increased in recent times, leading to a perpetual sense of dissatisfaction. They now demand fast loading times and uninterrupted video playback when using on-demand video platforms like YouTube and Netflix. Despite various CNN-based methods proposed to improve compressed video quality, the existing VVC and transmission protocols are struggling to meet the demands of this expanding market of content consumers. To tackle this problem, we present the latest video coding standard, H.266/VVC, which has been developed by Team JVET. H.266 employs a quad-tree with a layered multitype tree structure, although this approach increases the computational requirements for future video coding advancements. However, it is essential for enhancing the acceptance and utilization of video coding technology. Furthermore, we introduce the “HESP” protocol for video coding-streaming, which enables the delivery of streaming services with extremely low latency and significantly reduced streaming bandwidth on a large scale.