openledger
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  • DATANETS AND PROOF OF ATTRIBUTION
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  • OpenLora
    • Open LoRA: A Scalable Fine-Tuned Model Serving Framework
    • System Architecture
    • Workflow
    • Optimizations & Performance Enhancements
    • Use Cases
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  1. OpenLora

Optimizations & Performance Enhancements

Dynamic Adapter Loading

  • Unlike traditional methods where all fine-tuned models are preloaded, Open LoRA loads adapters dynamically, reducing GPU memory usage.

  • JIT (Just-in-Time) adapter loading ensures only the necessary adapters are in memory.

Parallel Processing & Merging

  • Tensor Parallelism: Spreads computations across multiple GPU cores to accelerate inference.

  • Paged Attention: Handles longer sequences efficiently, reducing memory fragmentation.

  • Multi-Adapter Merging: Supports inference using multiple LoRA adapters simultaneously for ensemble generation.

CUDA & Low-Level Optimizations

  • Flash Attention: Reduces memory bandwidth usage by computing attention efficiently.

  • Precompiled CUDA Kernels: Optimized for low-latency execution, minimizing computation overhead.

  • Quantization (FP8/INT8): Reduces model size without significant loss in accuracy, improving inference speed.

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Last updated 3 months ago