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23AD55- DATA MINING LAB EXTERNAL EXAMINATION

 23AD55- DATA MINING LAB EXTERNAL EXAMINATION(12-11-2026) ***Use the Python library scikit-learn wherever necessary Q1.a) Implement the K-Means clustering algorithm on an appropriate dataset by considering K = 3 and assign data objects to their respective clusters. b) Write a Python program using Pandas to load a CSV dataset and identify the dependent and independent variables. Q2.a) Implement a Gaussian Naïve Bayes classification algorithm using an appropriate dataset and predict the class labels. b) Generate and visualise a dendrogram to identify the appropriate number of clusters. Q3.a) Write a Python program to calculate Pearson's Correlation and Cosine Similarity between two numerical data objects. b) Evaluate the classification model using a Confusion Matrix and Accuracy Score. Display the Decision Tree. Q4.a) Write a Python program to generate frequent itemsets from market basket data using the Apriori algorithm with a minimum support threshold of 50%. b) Apply Min-Max Norma...

Clustering

Sample K - Mean Clustering Python Code Sample Hierarchical Clustering Python Code Sample DBSCAN Clustering Python Code

Association Rule Mining

 Sample Association Rule Mining Using Apriori Algorithm Python Code Sample Association Rule Mining Using Apriori Algorithm Python Code

Bayes Classification Examples

 Sample Bayes Classification Python Code

Decision Tree Examples

 Sample Decision Tree Python Code

Data Wearhouse and Data Mining UNIT-II

 Data Wearhouse and Data Mining UNIT-II

Student_Placement_Dataset(CSV)

 Student_Placement_Dataset(CSV) - I Download Excel File  Student_Placement_Dataset(CSV) - II Download Excel File