
Explore Python for data analytics, machine learning, and deep learning using local installation with Anaconda or cloud environments like JupyterLab, CellStrat Hub, enabling offline and browser-based Python workflows.
Build logic gates in Python using a perceptron. Define an and gate with two inputs, weights, bias, and a threshold, then convert it to or and nand gates by adjusting parameters.
Learn how backpropagation updates neural network parameters using gradients from the loss function and the chain rule to minimize loss with training data.
Demonstrates the CNN training process, from feature extraction by convolutional and pooling layers to classification via fully connected and output layers with softmax probabilities.
Use backpropagation through time in rnns to minimize total loss via per-block losses, examine vanishing and exploding gradients, and note LSTM as a future solution.
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.
I’m looking forward to seeing you in this course!