Data Mining for Business Analytics: Concepts, Techniques, and Applications with XLMiner
Data Mining for Business Analytics: Concepts, Techniques, and Applications with XLMiner
3rd Edition
ISBN: 9781118729274
Author: Galit Shmueli, Peter C. Bruce, Nitin R. Patel
Publisher: WILEY
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Chapter 5, Problem 5P

a.

Explanation of Solution

Given: The insurance records are evaluated to build the predicting model for the fraudulent claims. Only 1% is considered as fraudulent on the basis of the historic data.

The sample, n, which is applied, is 800. It classifies the values 310 and 270 as frauds and non-frauds, respectively. It misses 90 as frauds, where 130 records are found incorrect which are marked as fraud...

b.

Explanation of Solution

Given: The insurance records are evaluated to build the predicting model for the fraudulent claims. Only 1% is considered as fraudulent on the basis of the historic data.

The sample, n, which is applied, is 800. It classifies the values 310 and 270 as frauds and non-frauds, respectively. It misses 90 as frauds, where 130 records are found incorrect which are marked as fraud.

To find: The adjusted misclassification from the record of the predicating model.

Solution:

By analyzing the records from the classification matrix,

Predicted records of fraudulent without any record of non-fraudulent=310-90=220...

c.

Explanation of Solution

Given: The insurance records are evaluated to build the predicting model for the fraudulent claims. Only 1% is considered as fraudulent on the basis of the historic data.

The sample, n, which is applied, is 800. It classifies the values 310 and 270 as frauds and non-frauds, respectively. It misses 90 as frauds, where 130 records are found incorrect which are marked as fraud...

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In python, for a sample data with 4 columns and 60 rows how do you find the parameters for the regression with the feature map (see attached) where we consider the loss function to be the square of residuals. Once this is done, how do you compute the empirical risk? I've attached some of the data below, it would be sufficient to see how you get results for the question using the above dataset.  1 14 25 620 -1 69 29 625 0 83 27 850 0 28 25 1315 1 41 25 2120 -1 153 31 1315 0 55 25 2600 0 55 31 490 1 69 25 3110 1 83 25 3535
Python Regression Model 1: train MSE = 0.423, test MSE = 0.978 Model 2: train MSE = 0.572, test MSE = 0.644 Model 3: train MSE = 0.218, test MSE = 1.103 Based on this information, which of these models generalises the best to unseen data?
The advantages of transitioning from stepwise regression to all-subsets regression are described in detail below.

Chapter 5 Solutions

Data Mining for Business Analytics: Concepts, Techniques, and Applications with XLMiner

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