Research on Cloud Compression Codec Technology for Remote Production

The rapid growth of the intelligent media industry has led to an increasing demand for high‐quality video in fields such as video production, digital content exchange, and the film industry, especially for 4K, 8K, and ultra‐high‐definition (UHD) content. However, existing video compression methods, such as HEVC and JPEG‐XS, often struggle to balance compression efficiency and visual quality, particularly with color‐rich and dark‐field‐rich videos. This paper proposes a novel research on cloud compression codec technology for remote production, to address the compression challenges of high‐resolution, color‐rich, and dark‐field‐rich videos. By incorporating advanced block partitioning techniques and enhanced encoding tools, the algorithm improves compression efficiency while minimizing visual quality loss, especially under HDR and low‐light conditions. Using the AVS3 video encoding standard, it achieves significant gains in compression ratio and real‐time encoding performance, making it suitable for UHD video streaming, VR, AR, and other real‐time applications. Experimental results show that the proposed algorithm outperforms existing methods in both compression ratio and visual quality, offering a promising solution for future high‐quality video applications.