A brilliant talk from @deepfry_n from EGSR 2026 on his paper Rendering 3D Gaussians on a Graph Processor. We assign Gaussians to tiles, fully with on-chip SRAM, and pass them around efficiently as needed as the virtual camera moves viewpoint. Joint work with @alzugarayign, @MarkPupilli and Paul Kelly. Full talk here: https://youtu.be/OHfQk9J-CAg?si=1DyPI6Eagoq4onyE
Check out the full website and paper!
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A brilliant talk from @deepfry_n from EGSR 2026 on his paper Rendering 3D Gaussians on a Graph Processor. We assign Gaussians to tiles, fully with on-chip SRAM, and pass them around efficiently as needed as the virtual camera moves viewpoint. Joint work with @alzugarayign, @MarkPupilli and Paul Kelly. Full talk here: https://youtu.be/OHfQk9J-CAg?si=1DyPI6Eagoq4onyE
Check out the full website and paper!
A brilliant talk from @deepfry_n from EGSR 2026 on his paper Rendering 3D Gaussians on a Graph Processor. We assign Gaussians to tiles, fully with on-chip SRAM, and pass them around efficiently as needed as the virtual camera moves viewpoint. Joint work with @alzugarayign, @MarkPupilli and Paul Kelly. Full talk here: https://youtu.be/OHfQk9J-CAg?si=1DyPI6Eagoq4onyE
Check out the full website and paper!
What if we had converged to using different hardware architectures for visual computing ? Check out how we render 3D Gaussians on a Coarse-Grained Reconfigurable Array (CGRA): https://nmjfry.github.io/ipu-3dgs/ Presented at EGSR 2026. Work with @alzugarayign, @MarkPupilli, @paulhjkelly and @AjdDavison
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Published answers will appear here.
