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To which of these tasks would you apply a many-to-one RNN architecture?Question 7Answera.   Both sentiment classification and gender recognition from speechb.Gender recognition from speech (input an audio clip and output a label indicating the speaker’s gender)c.   Speech recognition (input an audio clip and output a transcript)d. Sentiment classification (input a piece of text and output a 0/1 to denote positive or negative sentiment)

Question

To which of these tasks would you apply a many-to-one RNN architecture?Question 7Answera.   Both sentiment classification and gender recognition from speechb.Gender recognition from speech (input an audio clip and output a label indicating the speaker’s gender)c.   Speech recognition (input an audio clip and output a transcript)d. Sentiment classification (input a piece of text and output a 0/1 to denote positive or negative sentiment)

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Solution

The many-to-one RNN architecture would be applied to both "Gender recognition from speech" and "Sentiment classification".

Here's why:

  1. Gender recognition from speech: This task involves inputting an audio clip (a sequence of sound signals) and outputting a single label indicating the speaker’s gender. This is a many-to-one task because we are taking many inputs (the sequence of sound signals) and producing one output (the gender of the speaker).

  2. Sentiment classification: This task involves inputting a piece of text (a sequence of words) and outputting a 0/1 to denote positive or negative sentiment. This is also a many-to-one task because we are taking many inputs (the sequence of words) and producing one output (the sentiment of the

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