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Spare a thought for the intrepid graduate students who spent last summer in Africa collecting chimp urine.

Spare a thought for the intrepid graduate students who spent last summer in Africa collecting chimp urine.

Spare a thought for the intrepid graduate students who spent last summer in Africa collecting chimp urine.

Spare a thought for the intrepid graduate students who spent last summer in Africa collecting chimp urine.

Spare a thought for the intrepid graduate students who spent last summer in Africa collecting chimp urine.

Spare a thought for the intrepid graduate students who spent last summer in Africa collecting chimp urine.

Large Language Models (LLMs) can be adapted to extend their text capabilities to speech inputs. However, these speech-adapted LLMs consistently underperform their text-based counterparts—and even cascaded pipelines—on language understanding tasks. We term this shortfall the text-speech understanding gap: the performance…

Large Language Models (LLMs) can be adapted to extend their text capabilities to speech inputs. However, these speech-adapted LLMs consistently underperform their text-based counterparts—and even cascaded pipelines—on language understanding tasks. We term this shortfall the text-speech understanding gap: the performance…

Large Language Models (LLMs) can be adapted to extend their text capabilities to speech inputs. However, these speech-adapted LLMs consistently underperform their text-based counterparts—and even cascaded pipelines—on language understanding tasks. We term this shortfall the text-speech understanding gap: the performance…

Large Language Models (LLMs) can be adapted to extend their text capabilities to speech inputs. However, these speech-adapted LLMs consistently underperform their text-based counterparts—and even cascaded pipelines—on language understanding tasks. We term this shortfall the text-speech understanding gap: the performance…