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Menu iconMenu iconNatural Language Processing with Python Updated Edition
Natural Language Processing with Python Updated Edition

Quiz Part I: Foundations of NLP

Chapter 3: Feature Engineering for NLP

  1. What does TF-IDF stand for?

    a) Term Frequency-Inverse Document Frequency

    b) Text Frequency-Inverse Data Frequency

    c) Token Frequency-Indexed Data Frequency

    d) Term Frequency-Indexed Document Frequency

  2. Which model is based on predicting context words given a target word or predicting a target word given context words?

    a) TF-IDF

    b) Bag of Words

    c) Word2Vec

    d) BERT

  3. What is a key advantage of BERT over traditional word embeddings like Word2Vec and GloVe?

    a) BERT is simpler to implement.

    b) BERT generates context-aware embeddings.

    c) BERT is based on frequency counts.

    d) BERT uses a smaller model size.

  4. Which library is commonly used to implement BERT embeddings in Python?
    • a) scikit-learn
    • b) nltk
    • c) transformers
    • d) gensim

Chapter 3: Feature Engineering for NLP

  1. What does TF-IDF stand for?

    a) Term Frequency-Inverse Document Frequency

    b) Text Frequency-Inverse Data Frequency

    c) Token Frequency-Indexed Data Frequency

    d) Term Frequency-Indexed Document Frequency

  2. Which model is based on predicting context words given a target word or predicting a target word given context words?

    a) TF-IDF

    b) Bag of Words

    c) Word2Vec

    d) BERT

  3. What is a key advantage of BERT over traditional word embeddings like Word2Vec and GloVe?

    a) BERT is simpler to implement.

    b) BERT generates context-aware embeddings.

    c) BERT is based on frequency counts.

    d) BERT uses a smaller model size.

  4. Which library is commonly used to implement BERT embeddings in Python?
    • a) scikit-learn
    • b) nltk
    • c) transformers
    • d) gensim

Chapter 3: Feature Engineering for NLP

  1. What does TF-IDF stand for?

    a) Term Frequency-Inverse Document Frequency

    b) Text Frequency-Inverse Data Frequency

    c) Token Frequency-Indexed Data Frequency

    d) Term Frequency-Indexed Document Frequency

  2. Which model is based on predicting context words given a target word or predicting a target word given context words?

    a) TF-IDF

    b) Bag of Words

    c) Word2Vec

    d) BERT

  3. What is a key advantage of BERT over traditional word embeddings like Word2Vec and GloVe?

    a) BERT is simpler to implement.

    b) BERT generates context-aware embeddings.

    c) BERT is based on frequency counts.

    d) BERT uses a smaller model size.

  4. Which library is commonly used to implement BERT embeddings in Python?
    • a) scikit-learn
    • b) nltk
    • c) transformers
    • d) gensim

Chapter 3: Feature Engineering for NLP

  1. What does TF-IDF stand for?

    a) Term Frequency-Inverse Document Frequency

    b) Text Frequency-Inverse Data Frequency

    c) Token Frequency-Indexed Data Frequency

    d) Term Frequency-Indexed Document Frequency

  2. Which model is based on predicting context words given a target word or predicting a target word given context words?

    a) TF-IDF

    b) Bag of Words

    c) Word2Vec

    d) BERT

  3. What is a key advantage of BERT over traditional word embeddings like Word2Vec and GloVe?

    a) BERT is simpler to implement.

    b) BERT generates context-aware embeddings.

    c) BERT is based on frequency counts.

    d) BERT uses a smaller model size.

  4. Which library is commonly used to implement BERT embeddings in Python?
    • a) scikit-learn
    • b) nltk
    • c) transformers
    • d) gensim