Post-training sparse attention with double sparsity
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Double Sparsity reduces KV cache access in LLMs via post-training sparse attention combining token and channel sparsity.
A comprehensive index of artificial intelligence and machine-learning research with AI-generated summaries, citation metrics, and direct links to papers and code.
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Double Sparsity reduces KV cache access in LLMs via post-training sparse attention combining token and channel sparsity.
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Seerattention introduces a block-sparse attention kernel that achieves a 7.3× speedup at 90% sparsity on 128k sequences, enabling efficient long-context LLMs.
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This paper systematically evaluates six training-free sparse attention methods for transformer LLMs, proposing a taxonomy along four design axes and deriving actionable insights.
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This paper introduces a new KV cache compression method and evaluates its impact on LLMs' fundamental abilities.
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FastKV decouples context reduction from KV cache compression to accelerate both prefill and decoding phases in LLM inference.
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This paper proposes adaptive KV cache compression policies for LLMs to reduce memory usage while maintaining generation quality.
Xiaoxuan Liu, Lanxiang Hu, Peter Bailis, et al.
Introduces online speculative decoding to reduce LLM serving latency by adapting draft models on the fly.
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This paper introduces Llmc, a versatile toolkit for benchmarking LLM quantization methods, enabling standardized evaluation and comparison.
Tianyi Zhang, Anshumali Shrivastava
Leanquant introduces a loss-error-aware grid quantization method for LLMs that achieves accurate and scalable compression by minimizing quantization error with respect to the model's loss function.
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Ostquant improves LLM quantization by applying orthogonal and scaling transformations to better fit weight distributions, reducing accuracy loss.
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This survey systematically reviews knowledge distillation techniques for transferring capabilities from large proprietary LLMs to smaller models.
Songyue Han, Mingyu Wang, Jialong Zhang, et al.
A comprehensive survey of LLMs covering architectures, key technologies, interdisciplinary integrations, optimization, applications, and challenges.