🖼️ image

Diffuse to Choose

Virtual try-on product image restoration model

#diffusion model
#virtual try on
#Image repair
Diffuse to Choose

Product Details

Diffuse to Choose is a diffusion-based image repair model mainly used in virtual try-on scenarios. It is able to preserve the details of reference items when repairing images and is capable of accurate semantic operations. By directly incorporating the detailed features of the reference image into the latent feature map of the main diffusion model, and combining perceptual losses to further preserve the details of the reference items, this model achieves a good balance between fast inference and high-fidelity details.

Main Features

1
Virtual try-on image repair
2
High fidelity detail preservation
3
Accurate semantic operations

Target Users

Diffuse to Choose is suitable for image restoration tasks in virtual try-on scenarios such as online shopping.

Examples

Fix images in virtual try-on app

Add missing details to product images

Perform semantic operations on images

Quick Access

Visit Website →

Categories

🖼️ image
› AI image repair
› AI fitting

Related Recommendations

Discover more similar quality AI tools

FLUX.1-dev-Controlnet-Inpainting-Beta

FLUX.1-dev-Controlnet-Inpainting-Beta

FLUX.1-dev-Controlnet-Inpainting-Beta is an image inpainting model developed by Alimama's creative team. This model has significant improvements in the field of image inpainting, supporting direct processing and generation of 1024x1024 resolution without additional amplification steps, providing higher quality and more detailed output results. The model has been fine-tuned to capture and reproduce more detail of the repaired area and provide more precise control over the generated content with enhanced prompt interpretation.

AI generated Image repair
🖼️ image
FLUX.1-dev-Controlnet-Inpainting-Alpha

FLUX.1-dev-Controlnet-Inpainting-Alpha

FLUX.1-dev-Controlnet-Inpainting-Alpha is an AI image repair model released by AlimamaCreative Team, specifically designed to repair and fill in missing or damaged parts of images. This model performs best at 768x768 resolution and is able to achieve high-quality image restoration. As an alpha version, it demonstrates advanced technology in the field of image restoration, and is expected to provide even more superior performance with further training and optimization.

image processing AI model
🖼️ image
FLUX-Controlnet-Inpainting

FLUX-Controlnet-Inpainting

FLUX-Controlnet-Inpainting is an image repair tool based on the FLUX.1-dev model released by Alimama's creative team. This tool uses deep learning technology to repair images and fill in missing parts, and is suitable for image editing and enhancement. It performs best at 768x768 resolution and can provide high-quality image repair effects. The tool is currently in alpha testing stage and an updated version will be released in the future.

deep learning content generation
🖼️ image
Fai-Fuzer

Fai-Fuzer

Fai-Fuzer is an image editing tool based on AI technology, which can achieve precise editing and control of images through advanced control network technology. The main advantage of this tool is its high flexibility and accuracy, which can be widely used in image repair, beautification, creative editing and other fields.

AI creativity
🖼️ image
Diffree

Diffree

Diffree is a text-guided image inpainting model that is able to add new objects to images through text descriptions while maintaining background consistency, spatial suitability, and object relevance and quality. By training on the OABench dataset, using a stable diffusion model and an additional mask prediction module, the model is uniquely able to predict the location of new objects, enabling object addition guided only by text.

AI model Image repair
🖼️ image
SUPIR

SUPIR

SUPIR is a groundbreaking image inpainting method that leverages the power of generative priors and model expansion. Leveraging multi-modal techniques and advanced generative priors, SUPIR makes significant progress in intelligent and realistic image inpainting. As a key catalyst within SUPIR, model extensions significantly enhance its capabilities and demonstrate new potential for image restoration. We collected a dataset of 20 million high-resolution, high-quality images for model training, each accompanied by descriptive text annotations. SUPIR can repair images based on text prompts, broadening its application scope and potential. Furthermore, we introduce negative quality cues to further improve the perceived quality. We also develop a repair-guided sampling method to suppress the fidelity issues encountered in generative repair. The experiment proved SUPIR's excellent repair effect and its new ability to control repair through text prompts.

Image repair smart technology
🖼️ image
HandRefiner

HandRefiner

The ControlNet-HandRefiner-pruned model is the fp16 version of the HandRefiner model after pruning and compression processing, which can perform hand image repair more quickly. This model uses a diffusion model for conditional image completion, which can accurately repair missing or deformed parts in hand images. This model has high compression rate and fast inference speed, and is very suitable for high-quality hand image restoration in resource-limited environments.

computer vision image inpainting
🖼️ image
Personalized Restoration via Dual-Pivot Tuning

Personalized Restoration via Dual-Pivot Tuning

This paper proposes a simple and effective personalized image restoration method called dual-hub tuning. The method consists of two steps: 1) leveraging the conditional information in the encoder for personalization by fine-tuning the conditional generative model; 2) fixing the generative model and adjusting the parameters of the encoder to adapt to the enhanced personalization prior. This produces natural images that preserve personalized facial features as well as image degradation properties. Experiments demonstrate that this method can generate higher fidelity facial images compared to non-personalized methods.

personalization diffusion model
🖼️ image
Inpaint_wechat

Inpaint_wechat

Inpaint_wechat is a small program based on WeChat's AI capabilities. It realizes the function of eliminating and repairing selected areas of pictures. It is purely client-side and has no server. The product is positioned to provide a convenient picture repair solution without the need for additional server support.

Mini program Picture repair
🖼️ image
CodeFormer

CodeFormer

CodeFormer is a Transformer-based prediction network for image mosaic restoration. By learning discrete codebooks and decoders, it is able to reduce the uncertainty of recovered mappings and generate high-quality faces. It has excellent anti-degradation robustness and is suitable for both synthetic and real data sets.

Image AI repair face restoration
🖼️ image
Lama Cleaner

Lama Cleaner

Lama Cleaner is a free, open source AI image repair tool based on state-of-the-art AI models. It can remove any unwanted objects, blemishes or people from the picture, it can also erase and replace any object in the picture. The tool supports CPU, GPU, and M1/2, and offers a variety of SOTA AI models to choose from.

background removal Image repair
🖼️ image
RealFill

RealFill

RealFill is a generative model for image completion that uses a small number of reference images of the scene to fill in missing areas in the image and generate visual content consistent with the original scene. RealFill creates personalized generative models by fine-tuning pre-trained image completion diffusion models on reference and target images. The model not only maintains good image priors, but also learns the content, lighting, and style in the input images. We then use this fine-tuned model to fill in missing regions in the target image through a standard diffusion sampling process. RealFill was evaluated on a new image completion benchmark containing a variety of complex scenes and found to significantly outperform existing methods.

personalization Generate model
🖼️ image
DA-CLIP

DA-CLIP

DA-CLIP is a degradation-aware visual language model that can be used as a general framework for image restoration. It learns high-fidelity image reconstruction by training an additional controller to enable a fixed CLIP image encoder to predict high-quality feature embeddings and integrating it into an image restoration network. The controller itself also outputs degradation signatures that match the true damage of the input, providing a natural classifier for different degradation types. DA-CLIP is also trained using a hybrid degraded dataset, improving the performance of specific degraded and unified image restoration tasks.

visual language model image recovery
🖼️ image
PGDiff

PGDiff

PGDiff is a versatile facial restoration framework suitable for a wide range of facial restoration tasks, including blind restoration, colorization, inpainting, reference-based restoration, old photo restoration, etc. It uses a guided diffusion model to achieve facial restoration through partial guidance. The advantage of PGDiff lies in its versatility and applicability, and can be applied to a variety of facial restoration tasks.

Multifunctional facial restoration
🖼️ image
DiffBIR

DiffBIR

DiffBIR is a blind image restoration model based on generative diffusion priors. It removes image degradation and refines image details through two stages of processing. The advantage of DiffBIR is that it provides high-quality image restoration results and has flexible parameter settings that can trade-off between fidelity and quality. Use of this model is free.

image generation image processing
🖼️ image
GFPGAN

GFPGAN

GFPGAN is a practical facial restoration algorithm that can be used to repair old photos or generate faces. This algorithm has better quality and more details and can be used for identification. The model runs on Nvidia T4 GPU hardware, and predictions are typically completed in 17 seconds. If GFPGAN is helpful to you, please like the Github Repo and recommend it to your friends.

image processing Old photo restoration
🖼️ image