
Developed end-to-end 3D pooling support for the FlagOpen/FlagGems repository, enabling robust 3D convolutional neural network workloads. Implemented max_pool3d and avg_pool3d operators using Triton kernels in Python, covering both forward and backward paths. Integrated these operators with the existing dispatch system to ensure parity with 2D pooling patterns, and reorganized tests and benchmarks into dedicated files to improve CI reliability and maintainability. Comprehensive accuracy tests and performance benchmarks were added across multiple configurations and data types. This work established a solid foundation for future optimizations and expanded the repository’s capabilities in deep learning and GPU programming.
April 2026 performance and capability expansion for FlagOpen/FlagGems focused on 3D pooling. Implemented end-to-end 3D pooling with Triton kernels (max_pool3d and avg_pool3d), added forward and backward paths, comprehensive tests, and performance benchmarks. Registered operators and integrated with flag_gems.use_gems() for dispatch parity with existing 2D pooling patterns. Reorganized tests/benchmarks to dedicated files for CI reliability and maintainability. This work extends 3D CNN workload support and establishes a solid baseline for further optimizations and broader dtype coverage.
April 2026 performance and capability expansion for FlagOpen/FlagGems focused on 3D pooling. Implemented end-to-end 3D pooling with Triton kernels (max_pool3d and avg_pool3d), added forward and backward paths, comprehensive tests, and performance benchmarks. Registered operators and integrated with flag_gems.use_gems() for dispatch parity with existing 2D pooling patterns. Reorganized tests/benchmarks to dedicated files for CI reliability and maintainability. This work extends 3D CNN workload support and establishes a solid baseline for further optimizations and broader dtype coverage.

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