VIS-Ground is a method that transforms heterogeneous input context into an executable constraint model for video generation using structured context abstraction, generation constraints induction, and constrained video generation. The approach demonstrates improvements over existing systems.
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The method can be useful for creating interactive videos where precise alignment with context and user instructions is required.
Tetris3D is a generative framework for 3D scene reconstruction from a single image, ensuring objects are geometrically and physically coherent. It uses explicit conditioning on surrounding objects' geometry and physical relationships, along with a physics-based dataset called ComOb for training and evaluation.
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