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 ...

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 ...

You're on a Sunday drive a few years from now, touring through hilly farmland in your self-driving car. As you approach a hill, an impatient motorcyclist foolishly decides to pass, despite the ...

The state-of-the-art video compression standards such as MPEG2, MPEG4, H.264, DivX and VC1 are suitable for applications such as broadcast and streaming video-on-demand. Typically encoder complexity ...

In today’s digital world, video content reigns supreme. Whether you’re a filmmaker, content creator, or just someone who enjoys sharing memories through video, you’ve likely encountered the need to ...

Sundararajan Kumar and Vishnu Saran Nayak of Dolcera analyse the surge in inventive activity related to a video compression standard tailored to 5G networks and identify the leading innovators and ...

To wrap up our recent series of articles on VESA video compression codecs, this month we will look at the use of video compression on digital display interfaces, using the DisplayPort 1.4 standard as ...

A 3.0X times image compression method and fast storage device accessing H.265 referencing image frame is achieved by applying fixed bit rate to reduce each “Block of pixels” data of each image frame.

H.264 is the latest official video compression standard, which follows from the highly successful MPEG-2 and MPEG-4 video standards and offers improvements in both video quality and compression. The ...