Adversarial Machine Learning With Csv And Image Data

[oaxino]

Adversarial Machine Learning With Csv And Image Data

Published 10/2024
MP4 | Video: h264, 1920x1080 | Audio: AAC, 44.1 KHz
Language: English | Size: 682.80 MB | Duration: 1h 39m

Mastering Adversarial Machine Learning: Insights into Attack Techniques, Defense Strategies, and Ethical Considerations


What you'll learn
Explain foundational adversarial ML concepts, including AI security challenges and historical evolution.
Analyze different adversarial attack types and assess their impact on machine learning models.
Develop and apply defensive techniques for CSV and image-based ML models to mitigate risks.
Use generative adversarial networks (GANs) to craft adversarial examples and test model robustness.
Explore ethical considerations in adversarial ML.
Investigate emerging trends in adversarial machine learning, including quantum computing, edge computing, zero-shot learning, and reinforcement learning
Requirements
Basic understanding of machine learning concepts
Proficiency in Python programming
Experience with data handling (including CSV and image formats)
Familiarity with cybersecurity principles
Description
This comprehensive course on Adversarial Machine Learning (AML) offers a deep dive into the complex world of AI security, teaching you the sophisticated techniques used for both attacking and defending machine learning models. Throughout this course, you will explore the critical aspects of adversarial attacks, including their types, evolution, and the methodologies used to craft them, with a special focus on CSV and image data.Starting with an introduction to the fundamental challenges in AI security, the course guides you through the various phases of setting up a robust adversarial testing environment. You will gain hands-on experience in simulating adversarial attacks on models trained with different data types and learn how to implement effective defenses to protect these models.The curriculum includes detailed practical sessions where you will craft evasion attacks, analyze the impact of these attacks on model performance, and apply cutting-edge defense mechanisms. The course also covers advanced topics such as the transferability of adversarial examples and the use of Generative Adversarial Networks (GANs) in AML practices.By the end of this course, you will not only understand the technical aspects of AML but also appreciate the ethical considerations in deploying these strategies. This course is ideal for cybersecurity professionals, data scientists, AI researchers, and anyone interested in enhancing the security and integrity of machine learning systems.
Overview
Section 1: Introduction to Adversarial Machine Learning
Lecture 1 Overview of AI Security Challenges
Lecture 2 Evolution and Impact of Adversarial Attacks
Lecture 3 Setting Up the Environment for AML Practices
Section 2: The Nature of Adversarial Attacks
Lecture 4 Types and Techniques of Adversarial Attacks
Lecture 5 Practical: Crafting Evasion Attacks on CSV File-Trained Models
Lecture 6 Practical: Simulating Basic Adversarial Attacks on Image Models
Section 3: Developing Defense Mechanisms
Lecture 7 Overview of Defense Strategies against Adversarial Threats
Lecture 8 Practical: Implementing Defenses for CSV File-Trained Models
Lecture 9 Practical: Applying Defense Techniques to Image-Trained Models
Section 4: Advanced Adversarial Techniques
Lecture 10 Transferability of Adversarial Examples
Lecture 11 Generative Adversarial Networks (GANs) in AML
Lecture 12 Practical: Creating and Defending Against Transferable Adversarial Examples
Lecture 13 Practical: GAN Code for Adversarial Example Generation
Section 5: Case Studies and Ethical Considerations
Lecture 14 Analyzing Real-World Adversarial Attacks in Different Industries
Lecture 15 Ethical Considerations in the Deployment of AML Strategies
Lecture 16 Practical: Analyzing a Real-World Case and Proposing a Defense Strategy
Section 6: Emerging Trends and Future Directions in Adversarial Machine Learning
Lecture 17 Adversarial Machine Learning in Quantum Computing
Lecture 18 AI Robustness in Edge Computing and Resource-Constrained Environments
Lecture 19 Adversarial Attacks and Defense in Zero-Shot Learning
Lecture 20 Adversarial Attacks and Defense in Reinforcement Learning
This Adversarial Machine Learning course is ideal for AI professionals, cybersecurity experts, data scientists, graduate/post graduate/doctoral/post-doctoral students in related fields, and tech enthusiasts with a foundation in machine learning and programming, who are interested in exploring the security challenges of AI systems.

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