Video coding and rate control techniques form the backbone of modern multimedia systems, enabling efficient transmission and storage of high-quality video content. The continuous evolution of coding ...

Versatile Video Coding (VVC) represents the latest generation in international video compression standards. Developed to address modern demands such as high dynamic range content, ultra-high ...

Because video clips are made up of sequences of individual images, or “frames,” video compression algorithms share many concepts and techniques with still-image compression algorithms. Therefore, we ...

Broadcasters and service providers have a wide variety of options to consider when choosing the correct compression strategy for the contribution and distribution of broadcast content. With ...

We recently completed a high-level analysis of High Efficiency Video Coding (HEVC) technologies. To understand the patenting and licensing scenarios around HEVC technology, we identified all patents ...

Today's electronic imaging technology has come a long way from the first, pre-WWII, monochrome TV services that began the long-time competition with the cinema. The invention of pulse-code modulation ...

Modern streaming services require a great deal of compression to deliver bandwidth-intensive video formats such as ultra-high definition or panoramic video. These developments demand continual ...

Digital video currently follows the MPEG-2 standard, but improvements in image processing technology are set to move MPEG-4 to the forefront of video compression. Millions of DVD disks, satellite ...

Over the past few years — especially with the cost of data coming down significantly — the consumption of audio and video through various streaming services has been soaring at a rapid pace. As a ...