Building Credit Card Fraud Detection with Machine Learning
Building Credit Card Fraud Detection with Machine Learning, available at $54.99, has an average rating of 4.23, with 22 lectures, based on 28 reviews, and has 3072 subscribers.
You will learn about Learn how to build credit card fraud detection model using Random Forest, Logistic Regression, and Support Vector Machine Learn how to conduct feature selection using Random Forest Learn how to analyze and identify repeat retailer fraud patterns Learn how to analyze fraud cases in online transaction Learn how to evaluate the security of chip and pin transaction methods Learn how to find correlation between transaction amount and fraud Learn how credit card fraud detection models work. This section will cover data collection, feature selection, model training, and real time processing Learn how to evaluate fraud detection model’s accuracy and performance using precision, recall, and F1 score Learn about most common credit card fraud cases like stolen card, card skimming, phishing attack, identity theft, data breach, and insider fraud Learn the basic fundamentals of fraud detection model Learn how to find and download datasets from Kaggle Learn how to clean dataset by removing missing rows and duplicate values This course is ideal for individuals who are People who are interested in building credit card fraud detection model using machine learning or People who are interested in conducting feature selection using Random Forest It is particularly useful for People who are interested in building credit card fraud detection model using machine learning or People who are interested in conducting feature selection using Random Forest.
Enroll now: Building Credit Card Fraud Detection with Machine Learning
Summary
Title: Building Credit Card Fraud Detection with Machine Learning
Price: $54.99
Average Rating: 4.23
Number of Lectures: 22
Number of Published Lectures: 22
Number of Curriculum Items: 22
Number of Published Curriculum Objects: 22
Original Price: $24.99
Quality Status: approved
Status: Live
What You Will Learn
- Learn how to build credit card fraud detection model using Random Forest, Logistic Regression, and Support Vector Machine
- Learn how to conduct feature selection using Random Forest
- Learn how to analyze and identify repeat retailer fraud patterns
- Learn how to analyze fraud cases in online transaction
- Learn how to evaluate the security of chip and pin transaction methods
- Learn how to find correlation between transaction amount and fraud
- Learn how credit card fraud detection models work. This section will cover data collection, feature selection, model training, and real time processing
- Learn how to evaluate fraud detection model’s accuracy and performance using precision, recall, and F1 score
- Learn about most common credit card fraud cases like stolen card, card skimming, phishing attack, identity theft, data breach, and insider fraud
- Learn the basic fundamentals of fraud detection model
- Learn how to find and download datasets from Kaggle
- Learn how to clean dataset by removing missing rows and duplicate values
Who Should Attend
- People who are interested in building credit card fraud detection model using machine learning
- People who are interested in conducting feature selection using Random Forest
Target Audiences
- People who are interested in building credit card fraud detection model using machine learning
- People who are interested in conducting feature selection using Random Forest
Welcome to Building Credit Card Fraud Detection Model with Machine Learning course. This is a comprehensive project based course where you will learn step by step on how to build a credit card fraud detection model using logistic regression, support vector machine, and random forest. This course is a perfect combination between machine learning and fraud detection, making it an ideal opportunity to enhance your data science skills. The course will be mainly concentrating on three major aspects, the first one is data analysis where you will explore the credit card dataset from various angles, the second one is predictive modeling where you will learn how to build fraud detection model using big data, and the third one is to evaluate the fraud detection model’s accuracy and performance. In the introduction session, you will learn the basic fundamentals of fraud detection models, such as getting to know its common challenges and practical applications. Then, in the next session, we are going to learn about the full step by step process on how the credit card fraud detection model works. This section will cover data collection, feature extraction, model training, real time processing, and post alert action. Afterwards, you will also learn about most common credit card fraud cases, for examples like card skimming, phishing attacks, identity theft, stolen card, data breaches, and insider fraud. Once you have learnt all necessary knowledge about the credit card fraud detection model, we will start the project. Firstly you will be guided step by step on how to set up Google Colab IDE. In addition to that, you will also learn how to find and download credit card dataset from Kaggle, Once, everything is ready, we will enter the main section of the course which is the project section The project will be consisted of three main parts, the first part is the data analysis and visualization where you will explore the dataset from multiple angles, in the second part, you will learn step by step on how to build credit card fraud detection model using logistic regression, support vector machine, and random forest, meanwhile, in the third part, you will learn how to evaluate the model’s performance. Lastly, at the end of the course, you will conduct testing on the fraud detection model to make sure it produces accurate results and functions as it should.
First of all, before getting into the course, we need to ask ourselves this question: why should we build a credit card fraud detection model? Well, here is my answer. In the past couple of years, we have witnessed a significant increase in the number of people conducting online transactions and, consequently, the risk of credit card fraud has surged. As technology advances, so do the techniques employed by fraudsters. Building a credit card fraud detection model becomes imperative to safeguard financial transactions, protect users from unauthorized activities, and maintain the integrity of online payment systems. By leveraging machine learning algorithms and data-driven insights, we can proactively identify and prevent fraudulent transactions. Last but not least, knowing how to build a complex fraud detection model can potentially open a lot of opportunities in the future.
Below are things that you can expect to learn from this course:
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Learn the basic fundamentals of fraud detection model
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Learn how credit card fraud detection models work. This section will cover data collection, feature selection, model training, real time processing, and post alert action
-
Learn about most common credit card fraud cases like stolen card, card skimming, phishing attack, identity theft, data breach, and insider fraud
-
Learn how to find and download datasets from Kaggle
-
Learn how to clean dataset by removing missing rows and duplicate values
-
Learn how to evaluate the security of chip and pin transaction methods
-
Learn how to analyze and identify repeat retailer fraud patterns
-
Learn how to find correlation between transaction amount and fraud
-
Learn how to analyze fraud cases in online transaction
-
Learn how to conduct feature selection using Random Forest
-
Learn how to build credit card fraud detection model using Random Forest
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Learn how to build credit card fraud detection model using Logistic Regression
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Learn how to build credit card fraud detection model using Support Vector Machine
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Learn how to evaluate fraud detection model’s accuracy and performance using precision, recall, and F1 score
Course Curriculum
Chapter 1: Introduction
Lecture 1: Introduction to the Course
Lecture 2: Table of Contents
Lecture 3: Whom This Course is Intended for?
Chapter 2: Tools, IDE, and Datasets
Lecture 1: Tools, IDE, and Datasets
Chapter 3: Introduction to Fraud Detection Model
Lecture 1: Introduction to Fraud Detection Model
Chapter 4: How Credit Card Fraud Detection Model Works?
Lecture 1: How Credit Card Fraud Detection Model Works?
Chapter 5: Most Common Credit Card Fraud Cases
Lecture 1: Most Common Credit Card Fraud Cases
Chapter 6: Setting Up Google Colab IDE
Lecture 1: Setting Up Google Colab IDE
Chapter 7: Finding & Downloading Transaction Dataset From Kaggle
Lecture 1: Finding & Downloading Transaction Dataset From Kaggle
Chapter 8: Project Preparation
Lecture 1: Uploading Transaction Dataset to Google Colab IDE
Lecture 2: Quick Overview of Transaction Dataset
Chapter 9: Cleaning Dataset by Removing Missing Values & Duplicates
Lecture 1: Cleaning Dataset by Removing Missing Values & Duplicates
Chapter 10: Evaluating the Security of Chip & Pin Transaction Methods
Lecture 1: Evaluating the Security of Chip & Pin Transaction Methods
Chapter 11: Analyzing Repeat Retailer Fraud Patterns
Lecture 1: Analyzing Repeat Retailer Fraud Patterns
Chapter 12: Finding Correlation Between Transaction Amount & Fraud
Lecture 1: Finding Correlation Between Transaction Amount & Fraud
Chapter 13: Analyzing Fraud Cases in Online Transaction
Lecture 1: Analyzing Fraud Cases in Online Transaction
Chapter 14: Conducting Feature Selection with Random Forest
Lecture 1: Conducting Feature Selection with Random Forest
Chapter 15: Building Credit Card Fraud Detection Model with Random Forest
Lecture 1: Building Credit Card Fraud Detection Model with Random Forest
Chapter 16: Building Credit Card Fraud Detection Model with Logistic Regression
Lecture 1: Building Credit Card Fraud Detection Model with Logistic Regression
Chapter 17: Building Credit Card Fraud Detection Model with Support Vector Machine
Lecture 1: Building Credit Card Fraud Detection Model with Support Vector Machine
Chapter 18: Evaluating Model Performance with Precision, Recall, and F1 Score
Lecture 1: Evaluating Model Performance with Precision, Recall, and F1 Score
Chapter 19: Conclusion & Summary
Lecture 1: Conclusion & Summary
Instructors
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Christ Raharja
Ex Technology Risk Consultant, and E-commerce enthusiast
Rating Distribution
- 1 stars: 1 votes
- 2 stars: 1 votes
- 3 stars: 4 votes
- 4 stars: 11 votes
- 5 stars: 11 votes
Frequently Asked Questions
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