
Worked on performance-critical deep learning kernels in the linkedin/Liger-Kernel repository, focusing on optimizing LayerNorm and RMSNorm operators for large-scale models. Leveraged Python, PyTorch, and Triton to implement a Persistent Kernel with Partial Reduction, replacing atomic operations and achieving substantial speedups while maintaining numerical accuracy. Enhanced API flexibility and stability for normalization layers, improved backward pass precision, and ensured compatibility across Triton and PyTorch versions. In the intel/intel-xpu-backend-for-triton repository, addressed benchmarking accuracy and memory management in Grouped GEMM tutorials, refining autotuning practices and data visualization. Emphasized robust validation, automated testing, and hardware-scale verification throughout all contributions.
February 2026 monthly summary for intel/intel-xpu-backend-for-triton. Focused on stabilizing performance benchmarking and tutorial autotuning to ensure reliable, publishable metrics and prevent resource leaks. Key work centered on Grouped GEMM benchmarking accuracy and autotune key hygiene in the Grouped GEMM tutorial.
February 2026 monthly summary for intel/intel-xpu-backend-for-triton. Focused on stabilizing performance benchmarking and tutorial autotuning to ensure reliable, publishable metrics and prevent resource leaks. Key work centered on Grouped GEMM benchmarking accuracy and autotune key hygiene in the Grouped GEMM tutorial.
December 2025 performance summary for linkedin/Liger-Kernel focused on expanding normalization API, stabilizing kernels for dynamic shapes, and ensuring cross-version Triton compatibility. Key work included RMSNorm API flexibility, backward-pass stability and performance optimizations, and targeted fixes to support patched models. Also delivered a Triton-compatibility fix for the cross-entropy kernel to maintain reliable training/inference across environments. All changes were validated with hardware-scale testing and automated test suites to ensure correctness, style, and convergence.
December 2025 performance summary for linkedin/Liger-Kernel focused on expanding normalization API, stabilizing kernels for dynamic shapes, and ensuring cross-version Triton compatibility. Key work included RMSNorm API flexibility, backward-pass stability and performance optimizations, and targeted fixes to support patched models. Also delivered a Triton-compatibility fix for the cross-entropy kernel to maintain reliable training/inference across environments. All changes were validated with hardware-scale testing and automated test suites to ensure correctness, style, and convergence.
November 2025: Delivered a performance-oriented optimization for the LayerNorm backward pass in linkedin/Liger-Kernel by implementing a Persistent Kernel with Partial Reduction to replace atomic operations, achieving substantial speedups on large-scale inputs while preserving numerical accuracy. Validated on A100 80GB SXM4 with comprehensive tests (make test, make checkstyle, make test-convergence) and documented the changes. This work enhances training throughput and scalability for large models.
November 2025: Delivered a performance-oriented optimization for the LayerNorm backward pass in linkedin/Liger-Kernel by implementing a Persistent Kernel with Partial Reduction to replace atomic operations, achieving substantial speedups on large-scale inputs while preserving numerical accuracy. Validated on A100 80GB SXM4 with comprehensive tests (make test, make checkstyle, make test-convergence) and documented the changes. This work enhances training throughput and scalability for large models.

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