arXiv:2611.13762v1 Announce Type: new Abstract: GPUs have become essential to many fields, including AI and scientific computing. As GPUs grow more complex, the design space of their hardware configurations becomes increasingly large, yet cycle-level simulators remain too slow to explore it. Analytical models make this exploration much faster. However, existing GPU analytical models fall short of accurately predicting performance across hardware configurations, because they re-estimate or scale every stall of a warp on the target configuration. We observe that fixed-latency stalls stay the same across configurations, whereas queueing stalls vary with the pressure on each hardware unit.
Computer Science · 2026-11-11
Exploiting What NVIDIA Profilers Hide: Fast and Accurate Analytical GPU Performance Modeling
arXiv:2611.13762v1 Announce Type: new Abstract: GPUs have become essential to many fields, including AI and scientific computing. As GPUs grow more complex, the design space of their hardware configurations becomes increasingly large, yet cycle-level simulators remain too slow to explore it. Analytical models make this exploration much faster.
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Original source: arXiv Computer Science AR ↗
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