WebLLM
W
Webllm
Overview :
WebLLM is a high-performance in-browser language model inference engine that utilizes WebGPU for hardware acceleration, enabling powerful language model operations to be executed directly in web browsers without server-side processing. This project aims to seamlessly integrate large language models (LLMs) into the client side, resulting in cost reduction, enhanced personalization, and privacy protection. It supports various models, is compatible with the OpenAI API, is easy to integrate into projects, and supports real-time interaction and streaming, making it an ideal choice for building personalized AI assistants.
Target Users :
The target audience includes developers, data scientists, and AI enthusiasts who need to quickly deploy and test language models in the browser or build AI-based chat services and personal assistants. WebLLM provides a serverless solution that simplifies the deployment process while safeguarding user privacy.
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Use Cases
Developers quickly test and deploy custom language models using WebLLM.
Data scientists leverage WebLLM for experimenting with and researching language models in the browser.
AI enthusiasts use WebLLM to build personalized chatbots and virtual assistants.
Features
In-browser inference: Utilize WebGPU for hardware acceleration, enabling language model operations within the browser.
OpenAI API compatibility: Seamless integration with applications, supporting JSON format, function calls, streaming, etc.
Model support: Native support for models like Llama, Phi, Gemma, RedPajama, Mistral, Qwen, and more.
Custom model integration: Support for custom models in MLC format, enhancing the flexibility of model deployment.
Plug-and-play integration: Easy integration via NPM, Yarn, or CDN, providing comprehensive examples and modular design.
Streaming and real-time interaction: Support for streaming chat completions, enhancing interactions for chatbots and virtual assistants.
Web Worker and Service Worker support: Optimize UI performance and manage model lifecycle by offloading computational tasks to separate threads or service workers.
Chrome extension support: Build basic and advanced Chrome extensions using WebLLM, complete with construction examples.
How to Use
Visit the WebLLM official website: https://webllm.mlc.ai/.
Read the documentation to learn how to integrate WebLLM into your project.
Choose the appropriate language model for integration.
Add WebLLM to your project using NPM, Yarn, or CDN.
Write code based on the documentation examples to implement the desired AI functionality.
Test and refine the model to meet specific requirements.
Deploy to the browser and start using WebLLM for language model inference.
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