Data Mining in Python
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Data Mining in Python
This course is part of More Applied Data Science with Python Specialization
Instructor: Qiaozhu Mei
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What you'll learn
Understand basic concepts, tasks, and procedures of data mining.
Formulate real-world information using basic data representations: itemsets, vectors, matrices, sequences, time series, and networks.
Use data mining algorithms to extract patterns and similarities from real-world datasets.
Calculate the importance of patterns and prepare for downstream machine-learning tasks.
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There are 4 modules in this course
In “Data Mining in Python,” you will learn how to extract useful knowledge from large-scale datasets. This course introduces basic concepts and general tasks for data mining. You will explore a wide range of real-world data sets, including grocery store, restaurant reviews, business operations, social media posts, and more.
You will learn how to formally describe real-world information with general data representations (e.g., itemsets, vectors, matrices, sequences, and more). You will then learn how to formulate data in the wild with one or more of these representations. This course will teach you how to characterize and explain your data by looking for patterns and similarities, which are basic building blocks for advanced analysis and machine learning models. This is the first course in “More Applied Data Science with Python,” a four-course series focused on helping you apply advanced data science techniques using Python. It is recommended that all learners complete the Applied Data Science with Python specialization prior to beginning this course.
Welcome to Module 1—an Introduction to Data Mining! We will begin this module with an introduction to the basic concepts, views, and tasks of data mining. We will focus on how to formulate real world information as different data representations (e.g., itemsets, vectors, sequences, time series, networks, data streams, etc.). Then, we will elaborate on two basic functionalities of data mining: patterns and similarity. We will learn how they can be used to build more complex data mining tasks. Let’s get started!
What's included
12 videos9 readings4 assignments1 programming assignment1 discussion prompt
12 videos•Total 76 minutes
- Welcome to Data Mining in Python•3 minutes
- What is Data Mining•14 minutes
- Data Mining Functionalities (Part 1)•7 minutes
- Data Mining Functionalities (Part 2)•7 minutes
- Data Mining Functionalities (Part 3)•4 minutes
- Representing Itemsets, Vectors, and Matrices•7 minutes
- Representing Sequences•4 minutes
- Representing Time-Series and Spatial/Temporal Data•9 minutes
- Representing Graph Data•5 minutes
- Representing Stream Data•5 minutes
- Data Mining Based on Patterns•5 minutes
- Data Mining Based on Similarities •7 minutes
9 readings•Total 85 minutes
- MADSwPY Certificate Roadmap •5 minutes
- Course Syllabus•10 minutes
- Help Us Learn About You•10 minutes
- Introduction to the Basic Functionalities of Data Mining•10 minutes
- Introduction to Basic Data Representations•10 minutes
- Case Study: Representations of Real-World Text Data•10 minutes
- Introduction to Patterns and Similarities•10 minutes
- Introduction to Module 1 Programming Assignment: Visualizing Different Data•10 minutes
- Module 1 Optional Readings & Resources•10 minutes
4 assignments•Total 65 minutes
- Knowledge Check: Basic Functionalities of Data Mining•15 minutes
- Knowledge Check: Basic Data Representations (Part 1)•15 minutes
- Knowledge Check: Basic Data Representations (Part 2)•15 minutes
- Module 1 Quiz: Introduction to Data Mining•20 minutes
1 programming assignment•Total 180 minutes
- Module 1 Programming Assignment: Warming Up•180 minutes
1 discussion prompt•Total 15 minutes
- Meet Your Fellow Learners•15 minutes
Welcome to Module 2—Mining Itemset Data! In this module, we will learn how to represent data as itemsets and the basic data mining operations with itemset data. We will focus on how to extract frequent patterns from a collection of itemsets, how to evaluate the interestingness of itemset patterns, and how to compute Jaccard similarity between two itemsets. Let’s get started!
What's included
8 videos5 readings5 assignments3 programming assignments
8 videos•Total 61 minutes
- Frequent Itemsets•9 minutes
- Counting Strategies•3 minutes
- The Apriori Algorithm•7 minutes
- From Patterns to Association Rules•7 minutes
- Measuring Correlations Using Lift•8 minutes
- Mutual Information•12 minutes
- Limitation of Correlation Measures•4 minutes
- The Jaccard Similarity•10 minutes
5 readings•Total 50 minutes
- Introduction to Itemsets Representation•10 minutes
- Introduction to Module 2 Programming Assignment: Dealing with Itemset Real-World Data•10 minutes
- Additional Interestingness Measures•10 minutes
- Introduction to Itemset Similarity•10 minutes
- Module 2 Optional Readings & Resources•10 minutes
5 assignments•Total 150 minutes
- Knowledge Check: Mining Frequent Itemsets•30 minutes
- Knowledge Check: Evaluating Frequent Itemsets (Part 1)•30 minutes
- Knowledge Check: Evaluating Frequent Itemsets (Part 2)•30 minutes
- Knowledge Check: Similarity of Itemsets•30 minutes
- Module 2 Quiz: Mining Itemset Data•30 minutes
3 programming assignments•Total 540 minutes
- Module 2 Programming Assignment : Part 1•180 minutes
- Module 2 Programming Assignment: Part 2•180 minutes
- Module 2 Programming Assignment: Part 3•180 minutes
Welcome to Module 3—Mining Vector and Matrix Data! We are halfway through our course on Data Mining! In this module, we will learn in how to mine data represented as vectors and matrices. We will focus on how to represent data as vectors, different similarity/distance metrics of vector data, what are the patterns in matrix data, and how to apply these concepts to real world scenarios. Let’s get started!
What's included
11 videos3 readings6 assignments4 programming assignments
11 videos•Total 79 minutes
- From Itemsets to Vectors•5 minutes
- Vectors and Matrices•6 minutes
- The “Vector Space”•6 minutes
- Vector Similarity Functions and Dot Product•11 minutes
- Manhattan Distance and Euclidean Distance•7 minutes
- Cosine Similarity•4 minutes
- Pearson Correlation Coefficient•8 minutes
- Applications of Vector Similarity•5 minutes
- Eigenvectors•7 minutes
- Eigendecomposition•5 minutes
- Transforming the Coordinate System•14 minutes
3 readings•Total 30 minutes
- Introduction to Module 3 Programming Assignment: Dealing with Vector and Matrix Real-World Data•10 minutes
- Dimensionality Reduction•10 minutes
- Module 3 Optional Readings & Resources•10 minutes
6 assignments•Total 180 minutes
- Knowledge Check: Vector Representation of Data•30 minutes
- Knowledge Check: Similarity of Vectors (Part 1)•30 minutes
- Knowledge Check: Similarity of Vectors (Part 2)•30 minutes
- Knowledge Check: Patterns in Matrix Data (Part 1)•30 minutes
- Knowledge Check: Patterns in Matrix Data (Part 2)•30 minutes
- Module 3 Quiz: Mining Vector and Matrix Data•30 minutes
4 programming assignments•Total 720 minutes
- Module 3 Programming Assignment: Part 1•180 minutes
- Module 3 Programming Assignment: Part 2•180 minutes
- Module 3 Programming Assignment: Part 3•180 minutes
- Module 3 Programming Assignment: Part 4•180 minutes
Welcome to Module 4—Mining Sequences, our last course module!! We will conclude our course by learning how to represent data as sequences. We will focus on commonly used sequential patterns (ngrams and skipgrams), distance measures for sequence data (Edit Distance and Shingling), and how they can be applied to real world tasks. Let’s get started!
What's included
10 videos3 readings5 assignments4 programming assignments
10 videos•Total 99 minutes
- Representing Data as Sequences•5 minutes
- Subsequences•11 minutes
- Functionalities of Sequence Data•5 minutes
- Frequent Sequential Patterns•9 minutes
- Ngrams and Skipgrams•14 minutes
- Sequence Similarity Basics•8 minutes
- Edit Distance (Part 1)•20 minutes
- Edit Distance (Part 2)•16 minutes
- Shingling: Transform Sequences into Itemsets•8 minutes
- Course Summary•3 minutes
3 readings•Total 30 minutes
- Sequential Patterns in Text Data•10 minutes
- Introduction to Module 4 Programming Assignment: Dealing with Sequences Real-World Data•10 minutes
- Module 4 Optional Readings & Resources•10 minutes
5 assignments•Total 150 minutes
- Knowledge Check: Sequence Representation of Data•30 minutes
- Knowledge Check: Sequential Patterns (Part 1)•30 minutes
- Knowledge Check: Sequential Patterns (Part 2)•30 minutes
- Knowledge Check: Sequence Similarity•30 minutes
- Module 4 Quiz: Mining Sequences•30 minutes
4 programming assignments•Total 720 minutes
- Module 4 Programming Assignment: Part 1•180 minutes
- Module 4 Programming Assignment: Part 2•180 minutes
- Module 4 Programming Assignment: Part 3•180 minutes
- Module 4 Programming Assignment: Part 4•180 minutes
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