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English(EN) @ashVaswani @NoamShazeer @YesThisIsLion @metaai @MistralAI @tri_dao The long-context demands of agentic AI accelerated attention research aimed at overcoming th

开源AI中Transformer注意力机制的演进

自诞生以来,Transformer架构的注意力机制经历了显著的演进,众多创新为更高效、更强大的大型语言模型做出了贡献。FlashAttention、多查询注意力(MQA)、分组查询注意力(GQA)和滑动窗口注意力(SWA)等创新极大地降低了内存需求并提高了推理性能。最新的进展,包括门控Delta网络(GDNs)等线性注意力变体和原生稀疏注意力(DSA)等稀疏注意力方法,正在进一步拓展边界,许多开源模型都采用了这些技术。 AI

影响 注意力机制的这些进步对于提高LLM效率和实现更长的上下文窗口至关重要,直接影响模型性能和可访问性。

排序理由 该集群详细介绍了Transformer模型注意力机制的进展,包括特定技术及其在开源模型中的应用。

在 X — SemiAnalysis 阅读 →

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开源AI中Transformer注意力机制的演进

报道来源 [8]

  1. X — SemiAnalysis TIER_1 English(EN) · SemiAnalysis_ ·

    @ashVaswani @NoamShazeer @YesThisIsLion @metaai @MistralAI @tri_dao @SonglinYang4 大约在同一时间,vLLM推理引擎及其底层PagedAtten

    @ashVaswani @NoamShazeer @YesThisIsLion @metaai @MistralAI @tri_dao @SonglinYang4 Around the same time, the vLLM inference engine and its underlying Paged Attention took the open-source community by storm. Started by @woosuk_k, the @vllm_project has become one of the most widely …

  2. X — SemiAnalysis TIER_1 English(EN) · SemiAnalysis_ ·

    随着 ChatGPT 的爆红,LLM 服务的研究变得非常活跃

    @ashVaswani @NoamShazeer @YesThisIsLion @metaai @MistralAI @tri_dao @SonglinYang4 As ChatGPT exploded in popularity, research on LLM serving became highly active. Efficient LLM serving remained a major challenge until the invention of KV cache-managing Attention methods, such as …

  3. X — SemiAnalysis TIER_1 English(EN) · SemiAnalysis_ ·

    @ashVaswani @NoamShazeer @YesThisIsLion @metaai @MistralAI @tri_dao 智能体AI的长上下文需求加速了旨在克服...

    @ashVaswani @NoamShazeer @YesThisIsLion @metaai @MistralAI @tri_dao The long-context demands of agentic AI accelerated attention research aimed at overcoming the context wall. Over the past year, linear attention has become mainstream, most notably with Gated Delta Networks (GDNs…

  4. X — SemiAnalysis TIER_1 English(EN) · SemiAnalysis_ ·

    注意力机制的创新并未停止,尽管 MHA/GQA/SWA 仍难以超越

    @ashVaswani @NoamShazeer @YesThisIsLion @metaai @MistralAI @tri_dao Innovation in attention mechanisms did not stop, even though MHA/GQA/SWA remain hard to beat. In 2024, DeepSeek-V3/R1 demonstrated near-frontier capabilities, proving the effectiveness of their in-house Multi-Hea…

  5. X — SemiAnalysis TIER_1 English(EN) · SemiAnalysis_ ·

    @ashVaswani @NoamShazeer @YesThisIsLion @metaai @MistralAI MHA以来最伟大的飞跃之一是@tri_dao的FlashAttention。FlashAttention极大地减少了

    @ashVaswani @NoamShazeer @YesThisIsLion @metaai @MistralAI One of the greatest leaps since MHA was FlashAttention by @tri_dao. FlashAttention dramatically reduced memory requirements for both the forward and backward passes of attention, unlocking major performance gains and enab…

  6. X — SemiAnalysis TIER_1 English(EN) · SemiAnalysis_ ·

    @ashVaswani @NoamShazeer @YesThisIsLion MHA 的早期变体包括由 Noam Shazeer 发明的多查询注意力 (MQA)、分组查询注意力 (GQA),

    @ashVaswani @NoamShazeer @YesThisIsLion The early variants of MHA include Multi-Query Attention (MQA), invented by Noam Shazeer, Grouped-Query Attention (GQA), invented by the @MetaAI LLaMA team, and Sliding Window Attention (SWA), popularized by @MistralAI. MQA, GQA, and SWA bui…

  7. X — SemiAnalysis TIER_1 English(EN) · SemiAnalysis_ ·

    与2017年《变形金刚》电影系列的缓慢衰落形成鲜明对比的是,NLP中的Transformer架构展现出了巨大的潜力。它引入了多头注意力机制

    In contrast to the slow decline of the Transformers movie series in 2017, the Transformer architecture in NLP showed immense potential. It introduced Multi-Head Attention (MHA) and dramatically improved perplexity scores. We thank @ashVaswani, @NoamShazeer, @YesThisIsLion, and ht…

  8. X — SemiAnalysis TIER_1 English(EN) · SemiAnalysis_ ·

    Transformer 的注意力机制已经走了很长一段路。我们要感谢开源社区的研究人员和工程师们,感谢他们持续为

    Transformer’s Attention mechanism has come a long way. We’d like to thank the researchers and the engineers in the open-source community for continuing to make high-performance AI accessible. Please celebrate with us by sharing this post, tagging more contributors, and sharing ht…