
Developed and delivered the GDN-2 model introduction for the flash-linear-attention repository, focusing on deep learning and GPU programming with Python and PyTorch. The work introduced independent channel-wise erase and write gates, new Triton-based operations, and a dedicated GDN-2 layer, enabling chunkwise training and token-by-token inference. Comprehensive tests were implemented to validate correctness and stability, including explicit gate-count validation and expanded coverage across multiple feature combinations. Documentation and CI lint issues were addressed to improve maintainability. The end-to-end GDN-2 flow was validated on NVIDIA Turing and T4 GPUs, supporting both FP16 and FP32 precision for robust deployment scenarios.
June 2026: Delivered the GDN-2 model introduction in the flash-linear-attention project, introducing independent channel-wise erase and write gates, new Triton-based ops, and a dedicated GDN-2 layer. Implemented token-by-token inference kernels with chunkwise training support, plus comprehensive tests and updated documentation. Expanded test coverage and fixed CI lint issues to improve reliability and maintainability. Validated end-to-end against naive references across varlen/packed sequences, with FP16/FP32 support, and all tests passing on NVIDIA Turing/T4 hardware.
June 2026: Delivered the GDN-2 model introduction in the flash-linear-attention project, introducing independent channel-wise erase and write gates, new Triton-based ops, and a dedicated GDN-2 layer. Implemented token-by-token inference kernels with chunkwise training support, plus comprehensive tests and updated documentation. Expanded test coverage and fixed CI lint issues to improve reliability and maintainability. Validated end-to-end against naive references across varlen/packed sequences, with FP16/FP32 support, and all tests passing on NVIDIA Turing/T4 hardware.

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