Original title: RoGe: Novel View Synthesis via End-to-End Implicit Reconstruction and Generation
Xiaolei Lang, Ze Kang, Zehao Huang, Naiyan Wang · September 2026
Creating a smooth video from just a few photos is tricky. A computer needs accurate 3D geometry from the photos it has, plus smart guesses to fill in unseen spots. Older systems tried to solve this by creating explicit 3D models or intermediate rendered pictures. But these stepping stones lose details, pass along mistakes, and do not let the image generator help fix the 3D shape. Researchers built RoGe to fix this gap. RoGe creates an internal, implicit representation of the scene from sparse input views. It shoots virtual camera rays into this representation to pull out geometric features along a chosen camera path. A video diffusion modelAn AI that generates videos by learning patterns from data. takes these features directly, skipping any 3D middleman. Because both parts train together, the image generator helps refine the underlying geometry. RoGe created higher-quality images and smoother videos across the camera path than previous baseline methods.
You have a few snapshots of a house and want to create a smooth video tour. Normally, you'd first sketch a 3D layout of the house, but that sketch might miss details like shadows in the backyard. In this paper, instead of making that imperfect sketch, the system uses the snapshots directly to guide the video creation, learning to fill in missing parts accurately as it generates each frame.
For creators building virtual worlds or videos, this method produces more realistic and stable scenes from just a few images. It means better quality content without needing extensive data or manual fixes.
The method is tested only on the DL3DV dataset, so its performance on other types of scenes is unknown. It still requires a few posed images and a camera trajectory to start with.
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RoGe: Novel View Synthesis via End-to-End Implicit Reconstruction and Generation — Xiaolei Lang, Ze Kang, Zehao Huang et al.
Abstract licence: CC0
Explanation generated by Synthesis from the abstract — it is not the original paper. This is a preprint, so it hasn't necessarily been peer reviewed.