Miris secured 1 granted patent in H1 2026, covering Graphics.
The patent addresses 3D Gaussian splatting encoding for dynamic spatial data streams, focusing on techniques to eliminate visual popping artifacts during real-time volumetric video rendering. This encoding approach targets applications in VR, AR, and immersive media environments where smooth playback of spatial content is essential.
On the Graphics side, 1 patent tackles a persistent challenge in volumetric video Streaming: keeping rendered scenes visually stable as spatial data changes over time. Rather than treating each frame in isolation, as conventional 3D Gaussian splatting methods do, or loading scenes with costly four-dimensional attributes in the way 4DGS approaches typically handle continuity, Miris patented an encoding method that references prior splat configurations when processing new frames. This temporal awareness allows the encoder to carry forward relevant spatial context, reducing the abrupt visual discontinuities, commonly called popping artifacts, that occur when splat positions shift without reference to what came before. The result is a bitrate-efficient encoding pipeline capable of supporting real-time playback across VR, AR, and immersive media applications.
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