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StarAI Technical Whitepaper
StarAI Technical Whitepaper
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    • Brief Introduction
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  • AI Agent Layer
    • Architecture of Multimodal Virtual Intelligent Agents
    • Core Technologies of Intelligent Agents: Controllable Output of Large Models & AI Agent ReAct Though
  • Large Model Training and Inference on Distributed Low-Memory GPU Computing Power
    • LLM Inference and GPU Limitations
    • Parallelization Techniques for LLM Inference
    • Memory Management Strategies
    • Theoretical Analysis and Performance
    • Proofs for Parallelization Strategies
    • Memory Management Algorithms
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  1. Large Model Training and Inference on Distributed Low-Memory GPU Computing Power

LLM Inference and GPU Limitations

LLMs, such as the Transformer architecture, consist of multiple layers that process input sequences to generate outputs or predictions. The inference process is memory-intensive, as it requires the storage of a complete set of model parameters and intermediate activation states. For mid-range GPUs with limited memory, this poses a significant challenge. The memory capacity of these GPUs restricts the size of the LLM that can be deployed and the batch size that can be processed simultaneously, leading to underutilization of computational resources and increased latency.

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Last updated 5 months ago