How do I run stable diffusion?
Generated on 7/17/2024
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To run Stable Diffusion on Apple devices, you can follow these steps as outlined in various WWDC sessions:
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Model Preparation:
- Start with a pre-trained model, such as a PyTorch model.
- Convert the model into Core ML format using Core ML tools. This involves optimizing the model representation and parameters to achieve great performance while maintaining good accuracy. Techniques like quantization and efficient key-value caching can be used to optimize the model further (Platforms State of the Union).
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Model Compression:
- Apply compression techniques to reduce the model size. For example, you can use pruning and quantization to compress the model. This is particularly useful for large models like Stable Diffusion, which can initially be too large to run efficiently on devices like iPhones or iPads (Bring your machine learning and AI models to Apple silicon).
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Integration and Execution:
- Integrate the model into your app using the Core ML framework. This can be as simple as passing in the required input and reading the returned output. For more advanced use cases, you might need to implement additional operations to support the computation outside the model (Deploy machine learning and AI models on-device with Core ML).
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Running the Model:
- Use Core ML to run the model on Apple devices. Core ML optimizes hardware-accelerated execution across the CPU, GPU, and neural engine, ensuring efficient performance (Explore machine learning on Apple platforms).
For a practical demonstration, you can refer to the demo in the session "Deploy machine learning and AI models on-device with Core ML," where an open-source Stable Diffusion model is used to generate images from text (Deploy machine learning and AI models on-device with Core ML).
Relevant Sessions:

Platforms State of the Union
Discover the newest advancements on Apple platforms.

Deploy machine learning and AI models on-device with Core ML
Learn new ways to optimize speed and memory performance when you convert and run machine learning and AI models through Core ML. We’ll cover new options for model representations, performance insights, execution, and model stitching which can be used together to create compelling and private on-device experiences.

Bring your machine learning and AI models to Apple silicon
Learn how to optimize your machine learning and AI models to leverage the power of Apple silicon. Review model conversion workflows to prepare your models for on-device deployment. Understand model compression techniques that are compatible with Apple silicon, and at what stages in your model deployment workflow you can apply them. We’ll also explore the tradeoffs between storage size, latency, power usage and accuracy.

Explore machine learning on Apple platforms
Get started with an overview of machine learning frameworks on Apple platforms. Whether you’re implementing your first ML model, or an ML expert, we’ll offer guidance to help you select the right framework for your app’s needs.

Optimize your 3D assets for spatial computing
Dive into an end-to-end workflow for optimized 3D asset creation. Discover best practices for optimizing meshes, materials, and textures in your digital content creation tool. Learn how to harness shader graph, baking, and material instances to enhance your 3D scene while optimizing performance. Take advantage of native tools to work more effectively with your assets and improve your app’s performance.