Discover the findings from an extensive user study where HyperHuman outshines competing text-to-image models in image quality, realism, aesthetics, and more.

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Explore additional insights into HyperHuman’s performance, including FID-CLIP curves, human preference-related metrics, and detailed pose accuracy analysis.

HyperHuman introduces a new framework for generating realistic human images with joint learning of image appearance, spatial relationships, and geometry.

An ablation study of HyperHuman explores different configurations for expert branches in latent structural diffusion

HyperHuman achieves top rankings in image quality, pose accuracy, and text-image alignment, passing other state-of-the-art models in a comprehensive evaluations

Explore the comprehensive evaluation of HyperHuman, comparing it with top models like SD, ControlNet, and HumanSD across quantitative and qualitative benchmarks

Learn about HumanVerse, a rich dataset for realistic human image generation, featuring diverse poses, depth, and geometry annotations from large-scale sources.

The Latent Structural Diffusion Model enables RGB, depth, and surface-normal denoising in one framework, ensuring realistic human images with perfect alignment.

HyperHuman introduces a unified framework for generating realistic human images in diverse layouts by leveraging a Latent Structural Diffusion Model.

A deep dive into advancements in text-to-image diffusion models, controllable human image generation, and datasets for hyper-realistic synthesis.

Discover HyperHuman, a cutting-edge framework for generating hyper-realistic human images using advanced structural diffusion models and the HumanVerse dataset.

Explore the innovative HyperHuman framework and its powerful Latent Structural Diffusion Model for generating high-realism human images.

HyperHuman outperforms top models in generating realistic, text-aligned human images, showcasing superior results across diverse environments and age groups.

Explore how HyperHuman performs consistently across different random seeds, ensuring robustness in image quality and alignment.