BEIT Monday- AI Technology is Changing the Future of Video Compression

With digital content sources and resolutions expanding regularly, we’re going to need Artificial Intelligence to help us wrangle the data.

In the more than two decades broadcasters have been compressing digital video, there have been many improvements to the technology. Now, Artificial Intelligence (AI) is pointing the way toward ever more effective methods of squeezing the growing resolutions for broadcast and OTT content delivery into increasingly more efficient data payloads.

Jean-Louis Diascorn, senior product manager at Harmonic, and will present his paper, “AI Technology is Changing the Future of Video Compression,” on Monday, April 8th at 10:40AM session in room N256, as part of the Broadcast Engineering and Information Technology (BEIT) conference.

Diascorn is one of the leaders in this field, having worked on (among any other projects) some of the first SD and HD MPEG-2 encoders ever developed.

“This is really a revolution,” Diascorn said, “and to put it in context I plan to start with a brief overview of the history of video compression. Its first use for distribution started in the mid-1990s including multipass look-ahead encoding in 1998, and the addition of a Motion Compensated Temporal Filter (MCTF) in 2000. Then in 2015 came the first pure software-based, broadcast quality encoding and we soon also began to see content aware encoding.”

Compression has always been imherent to digital signal distribution. Click to enlarge.

Compression has always been imherent to digital signal distribution. Click to enlarge.

But as usual, with these solutions came problems. So the thrust of Diascorn’s presentation will be how AI can be invoked to help solve some of these challenges as we move forward.

“AI is very good at detection and processing large amounts of data,” he said, “and when it is empowered with machine learning it can be used effectively for decision making which can be more accurate than a human algorithm.”

When it comes to video compression, the bar for AI to surmount is maintaining video quality while reducing the amount of data required to create it.

After all, as he wrote in his paper, “Bit rate measurement is easy but picture quality is subjective.”

That’s why we’ll always need the human element at some point in the compression chain.

“Today all the video evaluation is done manually, but with AI coupled with Machine Learning, the improvements can be accomplished faster,” Diascorn said. “Because of that, we believe may new opportunities like customization will be opened for our industry.”

Jean-Louis Diascorn, senior product manager, Harmonic

Jean-Louis Diascorn, senior product manager, Harmonic

During the presentation, he’ll be explaining that this is not going to remove the need for trained, professional intervention, because just like every improvement in technology over the centuries we will still need engineers who understand the goals of the communication industry and can give them meaning.

But codec algorithm design is not just about picture quality. As Diascorn will be discussing, since it impacts the density of the solution and the latency for live processing, we will again be looking to machine learning for improvements.

For example, by choosing the proper implementation and scope, the right machine learning algorithm can reduce the requirements placed on CPU processing.

The implementation of AI to advance the science, and art, of video compression is a topic that will impact all facets of the digital content creation industry, so it can potentially impact every attendee of NAB 2019.

So putting Monday’s “AI Technology is Changing the Future of Video Compression” session of the BEIT conference onto your game plan could be a valuable investment of your time at the conference.

After all, Jean-Louis Diascorn’s paper concludes with the hope that within the next 10 years we may get a new standard.

That’s something we should all be getting ready for.

Want to know more about this year's BEIT Conference? Click the link here to see the official schedule along with a snippet of information about each presentation.

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