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Leer Challenge: TF-IDF | Basic Text Models
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Challenge: TF-IDF

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You have a text corpus stored in corpus variable. Your task is to display the vector for the 'medical' unigram in a TF-IDF model with unigrams, bigrams, and trigrams. To do this:

  1. Import the TfidfVectorizer class to create a TF-IDF model.
  2. Instantiate the TfidfVectorizer class as tfidf_vectorizer and configure it to include unigrams, bigrams, and trigrams.
  3. Use the appropriate method of tfidf_vectorizer to generate a TF-IDF matrix from the 'Document' column in the corpus and store the result in tfidf_matrix.
  4. Convert tfidf_matrix to a dense array and create a DataFrame from it, setting the unique features (terms) as its columns. Store the result in the tfidf_matrix_df variable.
  5. Display the vector for 'medical' as an array.

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Challenge: TF-IDF

Taak

Swipe to start coding

You have a text corpus stored in corpus variable. Your task is to display the vector for the 'medical' unigram in a TF-IDF model with unigrams, bigrams, and trigrams. To do this:

  1. Import the TfidfVectorizer class to create a TF-IDF model.
  2. Instantiate the TfidfVectorizer class as tfidf_vectorizer and configure it to include unigrams, bigrams, and trigrams.
  3. Use the appropriate method of tfidf_vectorizer to generate a TF-IDF matrix from the 'Document' column in the corpus and store the result in tfidf_matrix.
  4. Convert tfidf_matrix to a dense array and create a DataFrame from it, setting the unique features (terms) as its columns. Store the result in the tfidf_matrix_df variable.
  5. Display the vector for 'medical' as an array.

Oplossing

Switch to desktopSchakel over naar desktop voor praktijkervaringGa verder vanaf waar je bent met een van de onderstaande opties
Was alles duidelijk?

Hoe kunnen we het verbeteren?

Bedankt voor je feedback!

close

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Completion rate improved to 3.45

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