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Data Mining Course Summary 2025
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1. Introduction to Data Mining - Definition: Data Mining is the process of discovering useful patterns, trends, and knowledge from large datasets using techniques from statistics, machine learning, and database systems. - Purpose: Extract meaningful insights to support decision-making, prediction, and understanding data. - Difference from related fields: o Data Mining vs. Machine Learning: Data mining focuses more on knowledge discovery, often exploratory and descriptive, whereas ML focuses more on predictive modeling. o Data Mining vs. Database Systems: Data mining extracts patterns; databases store and manage data. 2. Data Mining Process (Knowledge Discovery in Databases - KDD) - Steps: 1. Data Cleaning: Remove noise, handle missing values. 2. Data Integration: Combine data from multiple sources. 3. Data Selection: Choose relevant data for analysis. 4. Data Transformation: Convert data into suitable format (normalization, aggregation). 5. Data Mining: Apply algorithms to extract patterns.
8. Evaluation of Data Mining Models - Confusion Matrix: TP, FP, TN, FN. - Metrics: Accuracy, Precision, Recall, F1-Score. - Cross-validation techniques for model validation. - ROC curve and AUC. 9. Handling Big Data in Data Mining - Challenges: Volume, velocity, variety, veracity. - Tools and frameworks: Hadoop, Spark. - Scalability and efficiency of algorithms. 10. Data Mining Applications - Market Basket Analysis in retail. - Fraud detection in banking. - Customer segmentation and profiling. - Healthcare analytics (disease prediction). - Web mining and social network analysis. - Bioinformatics (gene sequence mining). 11. Advanced Topics (Optional) - Text mining and Natural Language Processing. - Web mining and clickstream analysis. - Time-series data mining.