Deep Learning Fundamentals
Deep Learning Fundamentals, available at $49.99, has an average rating of 4.65, with 60 lectures, based on 33 reviews, and has 5088 subscribers.
You will learn about Basics of Deep Learning Artificial Neural Network Artificial Neural Network with Keras, Python Regression and Classification with Artificial Neural Network Convolutional Neural Network Recurrent Neural Network This course is ideal for individuals who are Anyone who wants to start studying deep learning It is particularly useful for Anyone who wants to start studying deep learning.
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Summary
Title: Deep Learning Fundamentals
Price: $49.99
Average Rating: 4.65
Number of Lectures: 60
Number of Published Lectures: 60
Number of Curriculum Items: 60
Number of Published Curriculum Objects: 60
Original Price: $89.99
Quality Status: approved
Status: Live
What You Will Learn
- Basics of Deep Learning
- Artificial Neural Network
- Artificial Neural Network with Keras, Python
- Regression and Classification with Artificial Neural Network
- Convolutional Neural Network
- Recurrent Neural Network
Who Should Attend
- Anyone who wants to start studying deep learning
Target Audiences
- Anyone who wants to start studying deep learning
Welcome to Deep Learning Fundamentals.
This course covers the basic theory and Python practice of artificial neural networks. This course is designed for beginners who are interested in deep learning. Having knowledge of undergraduate level mathematics is preferable, but not a must.
Artificial intelligence is a technology that makes machines imitate intelligent human behavior and human cognitive functions. Machine learning is a branch of artificial intelligence. It enables systems to learn from data automatically, that is, learn without being explicitly programmed. Deep Learning is a type of machine learning. It uses artificial neural networks to solve complex problems.
One reason why deep learning has drawn much attention is that it overcomes the limitations of traditional machine learning. The first limitation is that traditional machine learning cannot handle high dimensional data. Thus, the performance of the traditional machine learning model tends to level off as the data amount increases. The second is that, when we use traditional machine learning techniques, we need to extract features manually. Therefore, when we analyze image data or movie data, traditional machine learning techniques are not suitable because such data contains a great number of features.
Deep learning can overcome these limitations of traditional machine learning. An artificial neural network is one of the algorithms of artificial intelligence, and usually, it takes a form of a deep learning model. It simulates the network neurons that make up the human brain. The structure of an artificial neural network enables a deep learning model to solve complex problems that traditional machine learning algorithms can hardly handle.
This course has some Python tutorials for developing deep learning models. And this course uses a library named Keras, which enables us to develop deep learning models efficiently. Basic-level Python knowledge is preferable, but Python beginners are also welcome.
This course consists of three modules.
1. Artificial Neural Networks
2. Convolutional Neural Networks
3. Recurrent Neural Networks.
The first module is the basic of artificial neural network.
The second module covers convolutional neural network that is a type of network effective for handling image and movie data.
The third module covers recurrent neural network that is effective for time-series analysis and analyzing text data.
After completing this course, you will have a fundamental knowledge of deep learning.
Iām looking forward to seeing you in this course!
Course Curriculum
Chapter 1: Introduction
Lecture 1: Course Introduction
Lecture 2: Let's Get Started with Python!
Chapter 2: 1. Artificial Neural Network (Part 1) -Deep Learning Fundamentals
Lecture 1: What is Deep Learning?
Lecture 2: Artificial Neural Network
Lecture 3: Perceptron
Lecture 4: Logic Circuit
Lecture 5: Logic Gate with Python
Lecture 6: Multilayer Perceptron
Lecture 7: Multilayer Perceptron with Python
Chapter 3: 1. Artificial Neural Network (Part 2) -Basics of Artificial Neural Network
Lecture 1: Neural Network
Lecture 2: Activation Function
Lecture 3: Loss Function
Lecture 4: Training Neural Network
Lecture 5: Gradient Descent Method (Part 1)
Lecture 6: Gradient Descent Method (Part 2)
Lecture 7: Chain Rule
Lecture 8: Backpropagation
Lecture 9: Vanishing Gradient Problem
Lecture 10: Nonsaturating Activation Functions
Lecture 11: Parameter Initialization
Lecture 12: ANN Regression with Keras
Lecture 13: ANN Classification with Keras
Chapter 4: 1. Artificial Neural Network (Part 3) -Optimization & Regularization Techniques
Lecture 1: Overfitting
Lecture 2: L1 & L2 Regularization
Lecture 3: Dropout
Lecture 4: Regularization with Keras
Lecture 5: Optimizer
Lecture 6: Batch Normalization
Lecture 7: Optimization & Batch Normalization with Keras
Lecture 8: Thank You!
Chapter 5: 2. Convolutional Neural Network (Part 1) -CNN Basics
Lecture 1: Computer Vision
Lecture 2: Image Data
Lecture 3: What is CNN?
Lecture 4: Convolutional Layer
Lecture 5: Padding
Lecture 6: Pooling
Lecture 7: Fully-Connected Layer
Lecture 8: CNN Training Overview
Lecture 9: Image Data Augmentation
Lecture 10: Binary Image Classification with Keras
Lecture 11: Autoencoder
Chapter 6: 2. Convolutional Neural Network (Part 2) -Pre-Trained Model
Lecture 1: LeNet
Lecture 2: AlexNet
Lecture 3: Multiclass Classification with LeNet & AlexNet
Lecture 4: VGGNet
Lecture 5: GoogLeNet
Lecture 6: ResNet
Lecture 7: Transfer Learning
Lecture 8: Binary Classification with Transfer Learning
Chapter 7: 3. Recurrent Neural Network
Lecture 1: What is RNN?
Lecture 2: Structure of RNN
Lecture 3: Variable-Length Input
Lecture 4: Weight & Bias
Lecture 5: Types of RNN
Lecture 6: BPTT
Lecture 7: LSTM
Lecture 8: How LSTM work?
Lecture 9: BPTT in LSTM
Lecture 10: GRU
Lecture 11: RNN, LSTM, and GRU with Keras
Instructors
-
Takuma Kimura
Scientist of Organizational Behavior & Business Analytics
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- 3 stars: 2 votes
- 4 stars: 5 votes
- 5 stars: 25 votes
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