Foundations of Neural Networks

Johns Hopkins University via Coursera Specialization

Overview

This Specialization is intended for post-graduate students seeking to develop advanced skills in neural networks and deep learning. Through three courses, you will cover the mathematical theory behind neural networks, including feed-forward, convolutional, and recurrent architectures, as well as deep learning optimization, regularization techniques, unsupervised learning, and generative adversarial networks. You will also explore the ethical issues associated with neural network applications. By the end of the specialization, you will gain hands-on experience in formulating and implementing algorithms using Python, allowing you to apply theoretical concepts to real-world data. This specialization prepares you to design, analyze, and deploy neural networks for practical applications in fields such as AI, machine learning, and data science, and equips you with the tools to address ethical considerations in AI systems. As you progress, you'll be able to independently implement and evaluate a variety of neural network models, setting a strong foundation for a career in AI research or development.

Syllabus

Course 1: Introduction to Neural Networks
- Offered by Johns Hopkins University. The course "Introduction to Neural Networks" provides a comprehensive introduction to the foundational ... Enroll for free.

Course 2: Advanced Neural Network Techniques
- Offered by Johns Hopkins University. The course "Advanced Neural Network Techniques" delves into advanced neural network methodologies, ... Enroll for free.

Course 3: Practical Methodology and Ethics in AI
- Offered by Johns Hopkins University. The course "Practical Methodologies and Ethics in AI" equips learners with the essential skills needed ... Enroll for free.

Courses

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10 hours 48 minutes
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The course "Advanced Neural Network Techniques" delves into advanced neural network methodologies, offering learners an in-depth understanding of cutting-edge techniques such as Recurrent Neural Networks (RNNs), Autoencoders, Generative Neural Networks, and Deep Reinforcement Learning. Through hands-on projects and practical applications, learners will master the mathematical foundations and deployment strategies behind these models. You will explore how RNNs handle sequence data, uncover the power of Autoencoders for unsupervised learning, and dive into the transformative potential of generative models like GANs. The course also covers reinforcement learning, equipping you with the skills to solve complex decision-making problems using deep neural networks and Markov Chains. Designed to bridge theoretical knowledge and practical implementation, this course stands out by incorporating real-world challenges, ethical considerations, and future research directions.
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19 hours 54 minutes
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The course "Introduction to Neural Networks" provides a comprehensive introduction to the foundational concepts of neural networks, equipping learners with essential skills in deep learning and machine learning. Dive into the mathematics that drive neural network algorithms and explore the optimization techniques that enhance their performance. Gain hands-on experience training machine learning models using gradient descent and evaluate their effectiveness in practical scenarios. You’ll also delve into the architecture of feedforward neural networks and the innovative techniques used to prevent overfitting, such as dropout and regularization. The course uniquely emphasizes Convolutional Neural Networks (CNNs), highlighting their applications in fields like computer vision and image processing. Real-world examples and research insights will help you stay current with advancements in neural networks while preparing you to propose innovative solutions for emerging challenges. This course offers the tools and knowledge to advance your expertise in algorithms and machine learning methodologies.
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6 hours 56 minutes
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The course "Practical Methodologies and Ethics in AI" equips learners with the essential skills needed to build, evaluate, and deploy deep learning models, while also addressing critical ethical considerations in AI. Through hands-on projects and case studies, you’ll explore the practical methodologies used to train models effectively, troubleshoot issues, and apply structured probabilistic approaches to manage uncertainty. A key highlight of the course is its emphasis on ethics, enabling you to identify and address bias, fairness, and societal implications throughout the AI lifecycle. By integrating structured probabilistic models with deep learning, you’ll gain the ability to create robust, interpretable AI systems that tackle real-world challenges. What sets this course apart is its balanced focus on technical mastery and responsible AI practices. You’ll learn to handle incomplete data, analyze peer presentations, and critically evaluate AI’s broader societal impact. Whether you’re a data scientist or an AI enthusiast, this course will provide a comprehensive foundation to develop impactful and ethical AI solutions.