Data Mining And Pattern Recognition - Notes, Syllabus & Materials | YNetStudyHub

Data Mining And Pattern Recognition

Comprehensive curriculum, topic notes, practice questions, and past examination papers for Data Mining And Pattern Recognition on YNetStudyHub.

8 Topics
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10 Practice Questions
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Updated 3 months ago

Topics & Syllabus 8

#1 Introduction to Data Mining
This topic will cover the basic concepts of data mining, its importance, applications...
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#2 Data Preprocessing
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#3 Classification Algorithms
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#4 Clustering Techniques
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#5 Association Rule Mining
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#6 Anomaly Detection
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#7 Feature Selection and Dimensionality Reduction
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#8 Pattern Recognition
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Unit Outline 40h

Learning Objectives

5 objectives
  • Understand the fundamental concepts and significance of data mining and its applications.
  • Apply data preprocessing techniques to prepare datasets for mining tasks.
  • Analyze and implement various classification and clustering algorithms for pattern discovery.
  • Explore advanced topics such as association rule mining, anomaly detection, and feature selection.
  • Develop skills in pattern recognition and dimensionality reduction to enhance data mining outcomes.

Content Outline

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1. Introduction to Data Mining

1.1 Definition and Basic Concepts

  • What is data mining?
  • Key terminology

1.2 Importance and Applications

  • Business intelligence
  • Healthcare
  • Finance
  • Marketing

1.3 Data Mining Process

  • Data collection
  • Data preprocessing
  • Data mining techniques
  • Interpretation and evaluation

2. Data Preprocessing

2.1 Data Cleaning

  • Handling missing values
  • Noise reduction
  • Data inconsistency

2.2 Data Transformation

  • Normalization (min-max, z-score)
  • Aggregation
  • Generalization

2.3 Attribute Selection

  • Feature selection methods
  • Dimensionality considerations

3. Classification Algorithms

3.1 Decision Trees

  • Structure and construction
  • Entropy and information gain

3.2 Support Vector Machines (SVM)

  • Margin maximization
  • Kernel functions

3.3 k-Nearest Neighbors (k-NN)

  • Distance metrics
  • Choosing k

3.4 Naive Bayes

  • Bayes theorem
  • Assumptions and applications

4. Clustering Techniques

4.1 K-means Clustering

  • Algorithm steps
  • Choosing number of clusters

4.2 Hierarchical Clustering

  • Agglomerative vs divisive
  • Dendrogram interpretation

4.3 DBSCAN

  • Density-based clustering
  • Parameters: epsilon and minPts

5. Association Rule Mining

5.1 Fundamentals

  • Support, confidence, lift

5.2 Apriori Algorithm

  • Candidate generation
  • Pruning strategies

5.3 FP-Growth Algorithm

  • FP-tree construction
  • Mining frequent itemsets

6. Anomaly Detection

6.1 Concept of Anomalies

  • Types of anomalies

6.2 Outlier Detection Techniques

  • Statistical methods
  • Distance-based methods

6.3 One-Class Classification

  • Support vector data description (SVDD)
  • Applications

7. Feature Selection and Dimensionality Reduction

7.1 Feature Selection

  • Filter, wrapper, and embedded methods
  • Feature importance ranking

7.2 Dimensionality Reduction

  • Principal Component Analysis (PCA)
  • Other techniques overview (t-SNE, LDA)

8. Pattern Recognition

8.1 Fundamentals

  • Definitions and scope

8.2 Pattern Matching

  • String and sequence matching

8.3 Pattern Classification

  • Supervised pattern recognition

8.4 Pattern Clustering

  • Unsupervised pattern recognition

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Parent Course
Master of Science in Data Science and Analytics

This unit is an integral part of the Master of Science in Data Science and Analytics syllabus.

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