InterDigital Announces Collaboration with Philips on Video-Based Immersive Codec Research to Enable XR Opportunities

Partners showcase latest V3C immersive codec contributions at AWE XR Expo

InterDigital, Inc. announced a collaboration with Royal Philips  to jointly develop MPEG Visual Volumetric Video-based Coding (V3C) immersive codecs to the benefit of telepresence and XR-driven experiences. As part of the collaboration, InterDigital and Philips will demonstrate the impact and benefit of these technologies in critical industry use cases. During the AWE XR Expo on October 20-21, the partners will display video-based MPEG V3C codecs and associated system layers for 6DoF, VR and AR content streaming, for XR use cases like telelearning.

The MPEG V3C standard defines the general mechanism for coding and streaming volumetric content. The first two main codecs associated with MPEG V3C standard are Video-based Point Cloud Compression (V-PCC) for point clouds data transmission and MPEG Immersive Video (MIV) for multi-views with depth content. Volumetric video is a critical component to create and enjoy increasingly immersive experiences made popular through XR applications. Unlike traditional video, volumetric video is comprised of a sequence of frames, where each frame is a 3D representation of a real-world object or scene capture from a moment in time. Volumetric content requires significant bandwidth, and compression is crucial to achieve data rates that are sustainable and economically viable for the industry. Standards like MPEG V3C play a critical role in reaching this reality and ensuring interoperability for new and emerging experiences.

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The collaboration will leverage each partner’s research expertise – InterDigital will contribute expertise on immersive codecs, including V3C Systems and V-PCC and MIV extensions. In addition to its contribution to MIV and V3C systems standards, Philips will contribute critical six degrees of freedom (6DoF) immersive codec technologies in the areas of image reconstruction and rendering. Together, the partners will integrate their technologies to enhance the benefit to emerging immersive experiences.

“We take pride in our unique research expertise at InterDigital, and our industry impact is only amplified through the application of collaborative research with esteemed partners like Philips,” said Rajesh Pankaj, EVP and Chief Technology Officer, InterDigital. “Our technology contributions ensure greater efficiency and sharper outcomes when processing volumetric content and make the desire for increasingly immersive experiences a reality.”

“Implementing real-time volumetric video will enable a much more realistic immersive experience, fostering remote collaboration, training and support in various sectors,” said Jako Eleveld, Head of IP Licensing, Philips. “By adopting an open innovation approach, we can use our technology and intellectual property to bring innovations to the market through Philips propositions, and those of partners. Our collaboration with InterDigital will help to demonstrate the benefits of the MPEG V3C standard and its V-PCC and MIV extensions to accelerate its adoption across industries.”

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InterDigital and Philips will showcase the latest results of their immersive codec collaboration within InterDigital’s booth at the AWE XR expo in Portugal from October 20 – 21. Specifically, the partners will showcase an immersive telelearning application that leverages new V3C standards, including V-PCC and MIV codecs.

In addition, InterDigital’s Video Solutions Director Valerie Allie will explain at AWE XR how this collaborative project contributes to V3C codecs that enable more efficient volumetric video-based media streaming. Her presentation “Video-Based Immersive Codecs for Telelearning and XR Experiences” will be delivered on October 20 at 16:35 CET at Sala1 – XR Enablement track.