Aphrodite Engine
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Aphrodite Engine
Overview :
Aphrodite is the official backend engine of PygmalionAI, aimed at providing inference endpoints for the PygmalionAI website, enabling fast model serving for a large number of users. It utilizes vLLM's paginated attention technology, achieving features such as continuous batching, efficient key-value management, and optimized CUDA kernels, while supporting various quantization schemes to boost inference performance.
Target Users :
The Aphrodite Engine is designed for developers and enterprises that require large-scale deployment and execution of language model inference, particularly those looking for high-performance and efficient model inference solutions.
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Use Cases
As the backend inference engine for the PygmalionAI website, it provides fast response chatbot services.
Used in the research field for large-scale language model experiments and inference tasks.
Enterprise-level applications providing support for intelligent customer service systems requiring high concurrent access.
Features
Continuous batching to improve model inference efficiency
Optimized key-value management using vLLM's paginated attention technology
CUDA kernels optimized for different GPUs to enhance inference speed
Support for various quantization schemes such as AQLM, AWQ, etc., for compatibility with different hardware
Distributed inference capabilities to handle large-scale user access
Multiple sampling methods available, including Mirostat and Locally Typical Sampling
8-bit KV caching to support longer context lengths and higher throughput
How to Use
1. Install the Aphrodite Engine via pip or build from source.
2. Configure environment variables and parameters as needed.
3. Start the model to create an OpenAI-compatible API server.
4. Integrate with UI (like SillyTavern) via API for model inference.
5. Adjust and optimize engine configuration following detailed instructions provided on the wiki page.
6. Utilize Docker for deployment to simplify installation and configuration.
7. Monitor performance and adjust batch size and memory usage as needed.
8. Use command line tools to view and run various features and options.
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