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https://developer.nvidia.com/blog/accelerating-sequential-python-user-defined-functions-with-rapids-on-gpus-for-100x-speedups

Accelerating Sequential Python User-Defined Functions with RAPIDS on GPUs for 100X Speedups | NVIDIA Technical Blog

Custom “row-by-row” processing logic (sometimes called sequential User-Defined Functions) is prevalent in ETL workflows. The sequential nature of UDFs makes…



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Accelerating Sequential Python User-Defined Functions with RAPIDS on GPUs for 100X Speedups | NVIDIA Technical Blog

https://developer.nvidia.com/blog/accelerating-sequential-python-user-defined-functions-with-rapids-on-gpus-for-100x-speedups

Custom “row-by-row” processing logic (sometimes called sequential User-Defined Functions) is prevalent in ETL workflows. The sequential nature of UDFs makes…



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https://developer.nvidia.com/blog/accelerating-sequential-python-user-defined-functions-with-rapids-on-gpus-for-100x-speedups

Accelerating Sequential Python User-Defined Functions with RAPIDS on GPUs for 100X Speedups | NVIDIA Technical Blog

Custom “row-by-row” processing logic (sometimes called sequential User-Defined Functions) is prevalent in ETL workflows. The sequential nature of UDFs makes…

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