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Phase-based statistical sampling methods such as SimPoints have proven to beeffective at dramatically reducing the long time for architectural simulatorsto run large workloads such as SPEC CPU2017. However, generating and validatingthem is a long and tenuous process. While checkpoints of program phases, or"pinballs", of SPEC CPU2017 have been collected by other researchers and sharedwith the research community, they are outdated and produce errors when usedwith the latest versions of the Sniper architectural simulator. To facilitateour own research as well as contribute to the community, we collect andvalidate our own pinballs for the SPEC CPU2017 SPECspeed suite and release themto the public domain. In this work we document our methodology, the hardwareand software details of the collection process, and our validation results. Interms of CPI, our pinballs have an average error rate of 12% when compared withthe native whole-program benchmark execution.

Public Release and Validation of SPEC CPU2017 PinPoints