
Worked on performance optimization for the deepseek-ai/DeepEP repository, focusing on the Notify Dispatch: Metadata Calculation path. Implemented a CUDA-based solution in C++ that dynamically adjusts warp sizing to match the number of channels, allowing a single loop to process metadata for all channels efficiently. This approach reduced loop iterations and improved GPU throughput by aligning warp configuration with channel count, enhancing scalability and lowering latency in metadata preparation. The work demonstrated expertise in CUDA programming and performance optimization, resulting in more efficient resource utilization and maintainable code that supports easier future extensions without introducing any bug fixes during the period.
March 2025 – DeepEP performance optimization: Implemented dynamic warp sizing for the Notify Dispatch: Metadata Calculation path to align GPU parallelism with channel count. By adjusting warps per SM so that a single loop handles metadata for all channels, we reduced loop iterations and improved throughput. The change is tracked in commit 4dd1e68ac81c8fb63243bcfbbcf942eae5243210. This work enhances scalability and lowers latency in metadata preparation, delivering tangible business value with more efficient resource utilization and easier future extensions.
March 2025 – DeepEP performance optimization: Implemented dynamic warp sizing for the Notify Dispatch: Metadata Calculation path to align GPU parallelism with channel count. By adjusting warps per SM so that a single loop handles metadata for all channels, we reduced loop iterations and improved throughput. The change is tracked in commit 4dd1e68ac81c8fb63243bcfbbcf942eae5243210. This work enhances scalability and lowers latency in metadata preparation, delivering tangible business value with more efficient resource utilization and easier future extensions.

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