AsyncDiff
A
Asyncdiff
Overview :
AsyncDiff is a method for accelerating diffusion models through asynchronous denoising parallelization. It divides the noise prediction model into multiple components and distributes them across different devices, enabling parallel processing. This approach significantly reduces inference latency while having a minimal impact on generation quality. AsyncDiff supports a variety of diffusion models, including Stable Diffusion 2.1, Stable Diffusion 1.5, Stable Diffusion x4 Upscaler, Stable Diffusion XL 1.0, ControlNet, Stable Video Diffusion, and AnimateDiff.
Target Users :
AsyncDiff is suitable for researchers and developers who need to conduct efficient image and video generation. It is especially beneficial for applications seeking to reduce the inference time of deep learning models while maintaining the quality of generated content.
Total Visits: 474.6M
Top Region: US(19.34%)
Website Views : 52.7K
Use Cases
Using AsyncDiff to accelerate the image generation process of Stable Diffusion XL
Parallelizing the ControlNet model with AsyncDiff to enhance video generation efficiency
Accelerating Stable Diffusion x4 Upscaler with AsyncDiff to rapidly generate high-resolution images
Features
Supports parallel acceleration of various diffusion models, such as Stable Diffusion 2.1, Stable Diffusion 1.5, Stable Diffusion x4 Upscaler, etc.
Achieves parallel computation across devices by dividing the noise prediction model, effectively reducing inference latency.
Reduces inference latency while maintaining generation quality, making it suitable for efficient image and video generation.
Provides detailed scripts to accelerate the inference process for specific models, facilitating customized optimization.
Supports a variety of models like ControlNet and Stable Diffusion XL, enabling flexibility in adapting to different application scenarios.
Offers flexible configuration options to accommodate various parallel computing needs, simplifying asynchronous parallel inference.
Easy to integrate, requiring only a small amount of code to enable asynchronous parallel inference, reducing development costs.
How to Use
Install the necessary environment and dependencies, including NVIDIA GPU, CUDA, and CuDNN, ensuring system compatibility with parallel computing.
Create a Python environment and activate it, then install AsyncDiff's dependency packages to enable asynchronous parallel inference.
Integrate AsyncDiff into existing diffusion model code and configure it as needed, such as the number of divisions and denoising steps.
Select and configure the model division count, denoising steps, and warm-up phase according to requirements to satisfy diverse parallel computing demands.
Run the provided example scripts or custom scripts to execute parallel inference and evaluate the acceleration effect.
Assess the AsyncDiff acceleration effect based on the output results and make necessary adjustments for optimal performance.
AIbase
Empowering the Future, Your AI Solution Knowledge Base
© 2025AIbase