Artificial intelligence

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Module 3: Machine Learning Fundamentals

  1. Q1i. Which of the following is most likely used in deep learning? (i) Decision Trees (ii) Shallow neural networks (iii) Multi-layered neural networks (iv) K-Means algorithm20242m

    Module 3: Machine Learning Fundamentals

    Which of the following is most likely used in deep learning?

    (i) Decision Trees
    (ii) Shallow neural networks
    (iii) Multi-layered neural networks
    (iv) K-Means algorithm

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  2. Q1j. Neural Networks are inspired by (i) Genetic evolution (ii) Human brain (iii) Particle movement (iv) Graph theory20252m

    Module 3: Machine Learning Fundamentals

    Neural Networks are inspired by

    (i) Genetic evolution
    (ii) Human brain
    (iii) Particle movement
    (iv) Graph theory

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  3. Q4a. What do you mean by learning? Explain briefly the learning methods. Discuss the advantages and disadvantages of rule-based system.20227m

    Module 3: Machine Learning Fundamentals

    What do you mean by learning? Explain briefly the learning methods. Discuss the advantages and disadvantages of rule-based system.

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  4. Q7a. Describe the following with suitable examples: Logistic regression20207m

    Module 3: Machine Learning Fundamentals

    Describe the following with suitable examples:

    Logistic regression

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  5. Q7a. Construct a simple decision tree from the given dataset: | Weather | Temp | Play? | |---|---|---| | Sunny | Hot | No | | Sunny | Cool | Yes | | Rainy | Cool | Yes | | Rainy | Hot | No | Explain your attribute selection criteria.20247m

    Module 3: Machine Learning Fundamentals

    Construct a simple decision tree from the given dataset:

    Weather Temp Play?
    Sunny Hot No
    Sunny Cool Yes
    Rainy Cool Yes
    Rainy Hot No

    Explain your attribute selection criteria.

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  6. Q7b. Describe the following with suitable examples: Back propagation algorithm20207m

    Module 3: Machine Learning Fundamentals

    Describe the following with suitable examples:

    Back propagation algorithm

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  7. Q7b. How can semi-supervised learning be useful in real-world scenarios like email spam detection? Describe its working with an example involving labeled and unlabeled data.20247m

    Module 3: Machine Learning Fundamentals

    How can semi-supervised learning be useful in real-world scenarios like email spam detection? Describe its working with an example involving labeled and unlabeled data.

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  8. Q8a. Discuss how backpropagation helps train a neural network. Use a small example with two layers and a loss function to explain weight adjustment.20247m

    Module 3: Machine Learning Fundamentals

    Discuss how backpropagation helps train a neural network. Use a small example with two layers and a loss function to explain weight adjustment.

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  9. Q8a. Explain the difference between Supervised, Unsupervised, and Semi-Supervised Learning with examples.20257m

    Module 3: Machine Learning Fundamentals

    Explain the difference between Supervised, Unsupervised, and Semi-Supervised Learning with examples.

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  10. Q8b. What are the limitations of K-means clustering? Discuss two scenarios where K-means performs poorly and suggest possible improvements or alternatives.20247m

    Module 3: Machine Learning Fundamentals

    What are the limitations of K-means clustering? Discuss two scenarios where K-means performs poorly and suggest possible improvements or alternatives.

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  11. Q8b. Describe the architecture of a simple Artificial Neural Network. Explain the role of activation functions.20257m

    Module 3: Machine Learning Fundamentals

    Describe the architecture of a simple Artificial Neural Network. Explain the role of activation functions.

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  12. Q9a. Describe logistic regression with suitable examples.20227m

    Module 3: Machine Learning Fundamentals

    Describe logistic regression with suitable examples.

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  13. Q9b. What is the goal of the support vector machine (SVM)? How to compute the margin?20207m

    Module 3: Machine Learning Fundamentals

    What is the goal of the support vector machine (SVM)? How to compute the margin?

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  14. Q9c. Write a short note on: Deep Learning20257m

    Module 3: Machine Learning Fundamentals

    Write a short note on:

    Deep Learning

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