Intermediate

LSTM: Mastering Sequences Over Time

Long Short-Term Memory (LSTM) is a type of recurrent neural network (RNN) designed to learn from sequential data. It can remember long-term dependencies, making it effective for tasks like time series prediction, speech recognition, and natural language processing.

4.0
|2h 31m
LSTM: Mastering Sequences Over Time course

What's Included

6

Lessons

2h 31m

Duration

Certificate

What You'll Master

Skills and outcomes you'll walk away with

Module 1: Foundations of Sequential Data and Recurrent Neural Networks (RNN)

Module 2: Introduction to LSTMs - Architecture and Core Intuition

Module 3: Implementing LSTMs in PyTorch and TensorFlow

Module 4: Advanced LSTM Architectures and Variants

Module 5: Real-World Applications and Methodologies

Module 6: Optimization, Debugging, and Specialized Topics

Course Curriculum

6 lessons • 2h 31m total

1

Module 1: Foundations of Sequential Data and Recurrent Neural Networks (RNN)

24m
2

Module 2: Introduction to LSTMs - Architecture and Core Intuition

20m
3

Module 3: Implementing LSTMs in PyTorch and TensorFlow

26m
4

Module 4: Advanced LSTM Architectures and Variants

28m
5

Module 5: Real-World Applications and Methodologies

27m
6

Module 6: Optimization, Debugging, and Specialized Topics

26m

Certification Path

Certification Exam

18 multiple-choice questions • 70% passing score required

End-to-End LSTM Application: Multi-Dimensional Forecasting and Textual Sequence Analysis

In this final assignment, students are required to build a robust Long Short-Term Memory (LSTM) network to solve a complex sequence prediction task. You will choose between two tracks: 1) A multivariate time-series forecasting model using real-world financial or weather data, or 2) A sequence-to-sequence model for Natural Language Processing. The project must demonstrate proficiency in data normalization, handling vanishing gradients, implementing dropout for regularization, and fine-tuning hyperparameters such as look-back windows and hidden unit counts. You are expected to provide a Jupyter Notebook containing your data pipeline, model definition, training loops, and a comprehensive analysis of the model's performance compared to a baseline such as a SimpleRNN or GRU.

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