
Worked on enhancing the reliability and stability of the OpenXiangShan/GEM5 simulation platform by addressing critical issues in parallel checkpoint discovery and multi-threaded cache behavior. Applied expertise in C++, cache coherency, and shell scripting to correct directory boundary matching in checkpoint file identification, ensuring accurate task-specific results during parallel simulations. Improved the SMT LL/SC cache block mechanism by refining lock matching and updating load lock handling, which reduced the risk of livelock in multi-threaded environments. These targeted bug fixes contributed to more robust and correct simulation runs, streamlining debugging and supporting long-running, parallel workloads in complex computer architecture research.
July 2026: Focused on strengthening reliability and stability in GEM5/OpenXiangShan. Delivered targeted fixes to parallel checkpoint discovery and multi-threaded cache behavior, resulting in more accurate checkpoint identification across parallel simulations and reduced livelock risk in SMT LL/SC caches. These changes improve run correctness, reduce debugging time, and contribute to more stable long-running simulations.
July 2026: Focused on strengthening reliability and stability in GEM5/OpenXiangShan. Delivered targeted fixes to parallel checkpoint discovery and multi-threaded cache behavior, resulting in more accurate checkpoint identification across parallel simulations and reduced livelock risk in SMT LL/SC caches. These changes improve run correctness, reduce debugging time, and contribute to more stable long-running simulations.

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