MACHINE LEARNING

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Unit 1: Introduction

  1. Q1a. Which of the following is an example of supervised learning? (i) K-means clustering (ii) Linear regression (iii) PCA (iv) DBSCAN20252m

    Unit 1: Introduction

    Which of the following is an example of supervised learning?
    (i) K-means clustering
    (ii) Linear regression
    (iii) PCA
    (iv) DBSCAN

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  2. Q1b. The training dataset has 5 samples with predicted outputs [2,3,5,4,6] and actual outputs [3,3,4,5,6]. What is the Mean Squared Error (MSE)? (i) 0.2 (ii) 0.4 (iii) 0.5 (iv) 0.620252m

    Unit 1: Introduction

    The training dataset has 5 samples with predicted outputs [2,3,5,4,6] and actual outputs [3,3,4,5,6]. What is the Mean Squared Error (MSE)?
    (i) 0.2
    (ii) 0.4
    (iii) 0.5
    (iv) 0.6

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  3. Q2a. Define machine learning. Compare and contrast the different types of learning. Include examples and explain the scenarios where each is best applied.20257m

    Unit 1: Introduction

    Define machine learning. Compare and contrast the different types of learning. Include examples and explain the scenarios where each is best applied.

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  4. Q2b. Describe the evaluation metrics used in machine learning, such as accuracy, precision, recall, and F1-score, with a numerical example. Explain the importance of cross-validation in estimating a model's generalization performance.20257m

    Unit 1: Introduction

    Describe the evaluation metrics used in machine learning, such as accuracy, precision, recall, and F1-score, with a numerical example. Explain the importance of cross-validation in estimating a model's generalization performance.

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  5. Q8a. Suppose 10000 patients are tested for flu; out of them, 9000 are actually healthy and 1000 are actually sick. For the sick people, a test was positive for 620 and negative for 380. For the healthy people, the same test was positive for 180 and negative for 8820. Construct a confusion matrix.20254m

    Unit 1: Introduction

    Suppose 10000 patients are tested for flu; out of them, 9000 are actually healthy and 1000 are actually sick. For the sick people, a test was positive for 620 and negative for 380. For the healthy people, the same test was positive for 180 and negative for 8820. Construct a confusion matrix.

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  6. Q9d. Write short note on: Hypothesis Space and Inductive Bias20257m

    Unit 1: Introduction

    Write short note on: Hypothesis Space and Inductive Bias

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