Heterogeneous multi-chiplet accelerators allow chiplets to be configured independently to better match different operator characteristics and improve inference efficiency. However, heterogeneity makes simulator evaluation expensive, limiting the number of iterations affordable for hardware design space exploration (HW-...
Bo-Yu Li, Zongwei Zhu, Qianyue Cao et al.· 0 citations
This work proposes ActKV, the first KV cache compression framework tailored for agentic LLM inference, and establishes a compression criterion that values KV entries by their contribution to action generation and prioritizes action quality.
Zi-Han Wang, Cheng Tang, Lei Gong et al.· 0 citations
The token-level analysis reveals pronounced structural locality in DLM inference, and proposes a window-based token pruning and caching method for inference that achieves up to $99\times inference speedup while largely preserving generation performance.
Feng-Rui Zuo, Zhiwei Ke, Yi-Ming Liu et al.· Advanced Parallel Programmin...· 3 citations
This work is the first to recast expert activation prediction as sequence modeling, enabling accurate multi-step, multi-layer forecasts that provide a long and reliable window for downstream decisions, and derives general runtime principles encompassing compute-transparent expert placement and synchronization-free orch...
Zi-Han Wang, Yu-Qi Wang, Lei Gong et al.· 0 citations
Under W4A4 quantization and 30%--70% sparsity, UnionSparse outperforms FlashLLM and SpInfer by 2.30x and 1.43x, and CUTLASS and cuBLAS Tensor Core by 1.56x and 3.46x, respectively.
Tianhao Jiang, Hang Gu, Teng Wang et al.· 0 citations
This work designs MD-SpMM, an N:M sparse CUDA kernel that reorganizes sparse GEMM into micro-dense, Tensor-Core-aligned dataflow and uses inference-aware adaptive parallelism to sustain utilization and performs layer-wise sparsity search under explicit end-to-end latency budgets.
Yi-Ming Liu, Wenqi Lou, Zhiguang Wang et al.· European Conference on Paral...· 0 citations
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