
Worked on the pulp-platform/snitch_cluster repository to deliver SAIF format support for power estimation, providing a compact alternative to VCD for simulation traces. The approach involved updating Makefile-based build configurations and Markdown documentation to enable seamless switching between SAIF and VCD formats, improving trace flexibility and simulation efficiency. This work reduced trace overhead and aligned with the platform’s goals for scalable power analysis. Collaboration with other contributors ensured smooth integration of the new format. The project demonstrated skills in build configuration, simulation workflows, and technical documentation, focusing on maintainability and adaptability within the existing infrastructure. No major bugs were addressed.
In 2026-04, delivered Power Estimation: SAIF format support for pulp-platform/snitch_cluster, introducing SAIF as a compact alternative to VCD for power simulations. Updated docs and build configs to support both SAIF and VCD formats, enabling flexible trace options and streamlined builds. No major bugs fixed this month. The changes reduce trace overhead, improve simulation efficiency, and align with platform goals for scalable power analysis. Skills demonstrated include build-system updates (Makefile), documentation, and cross-team collaboration (co-authored changes).
In 2026-04, delivered Power Estimation: SAIF format support for pulp-platform/snitch_cluster, introducing SAIF as a compact alternative to VCD for power simulations. Updated docs and build configs to support both SAIF and VCD formats, enabling flexible trace options and streamlined builds. No major bugs fixed this month. The changes reduce trace overhead, improve simulation efficiency, and align with platform goals for scalable power analysis. Skills demonstrated include build-system updates (Makefile), documentation, and cross-team collaboration (co-authored changes).

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