LLM-synthesized GPU query kernels outperform engineered engines by 7.4x, but a portable SYCL engine with lifted optimizations closes the gap to 1.27x, suggesting engineering remains preferable on GPUs.
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Data Path Fusion fuses a sequence of data path operations into a single GPU kernel, delivering 2.66-6.22x speedups on TPC-H and 3.84-16.81x on SSB over prior GPU database approaches.
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From Custom-Fit to Portable: Bridging the Gap Between Synthesized and Engineered GPU Query Execution
LLM-synthesized GPU query kernels outperform engineered engines by 7.4x, but a portable SYCL engine with lifted optimizations closes the gap to 1.27x, suggesting engineering remains preferable on GPUs.
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Data Path Fusion in GPU for Analytical Query Processing
Data Path Fusion fuses a sequence of data path operations into a single GPU kernel, delivering 2.66-6.22x speedups on TPC-H and 3.84-16.81x on SSB over prior GPU database approaches.