Canvas-to-Image introduces a unified framework that consolidates heterogeneous controls (subject references, bounding boxes, pose skeletons) into a single canvas interface for high-fidelity compositional image generation.

LayerComposer enables Photoshop-like control for multi-subject text-to-image generation, allowing users to naturally compose scenes by intuitively placing, resizing, and locking elements in a layered canvas with high fidelity.

We prevent shortcuts in adapter training by explicitly providing the shortcuts during training, forcing the model to learn more robust representations.

ComposeMe is a human-centric generative model that enables disentangled control over multiple visual attributes — such as identity, hair, and garment — across multiple subjects, while also supporting text-based control.

WonderLand is a video-latent based approach for single-image 3D reconstruction in large-scale scenes.

Omni-ID is a novel facial representation tailored for generative tasks, encoding identity features from unstructured images into a fixed-size representation that captures diverse expressions and poses.

AC3D studies when and how you should condition camera signals into a video diffusion model for a better camera control and a higher video quality.

AToM trains a single text-to-mesh model on many prompts using 2D diffusion without 3D supervision, yileds high-quality textured meshes under a second, and generalizes to unseen prompts.

Magic123 is a coarse-to-fine image-to-3D pipeline that produces high-quality high-resolution 3D content from a single unposed image by the guidance of both 2D and 3D priors.

Pix4Point shows that image pretraining siginificantly improves point cloud understanding.

ZeroSeg trains open-vocabulary zero-shot semantic segmentation models using only CLIP Vision Encoder

PointNeXt boosts the performance of PointNet++ to the state-of-the-art level with improved training and scaling strategies.

ASSANet makes PointNet++ faster and more accurate.

This work transfers concepts such as residual/dense connections and dilated convolutions from CNNs to GCNs in order to successfully train very deep GCNs.