Pay Attention When Required (PAR)

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Selective Attention: More efficient NLP training without sacrificing performance
Pay Attention When Required (PAR)

Selective Attention: More efficient NLP training without sacrificing performance

Large transformer networks work wonders with natural language, but they require enormous amounts of computation. New research slashes processor cycles without compromising performance.

November 18, 20201 min read
Selective Attention: More efficient NLP training without sacrificing performance
Pay Attention When Required (PAR)

Selective Attention: More efficient NLP training without sacrificing performance

Large transformer networks work wonders with natural language, but they require enormous amounts of computation. New research slashes processor cycles without compromising performance.

November 18, 20201 min read

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