This comprehensive course on Long Short-Term Memory (LSTM) equips you with the skills to build advanced sequence models for time series forecasting and natural language processing. Begin by understanding the fundamentals of Recurrent Neural Networks (RNNs) and how LSTM addresses vanishing gradient issues. Dive into the LSTM architecture—learn the functions of forget, input, and output gates and how they manage memory over time. Progress to practical applications across industries including finance, healthcare, and AI-driven chat systems. Gain hands-on experience through guided demos that walk you through real-world LSTM implementations.


您将学到什么
Understand how LSTM networks overcome RNN limitations in sequence modeling
Learn the structure and function of LSTM gates: forget, input, and output
Apply LSTM to real-world tasks like time series forecasting and NLP
Build and evaluate LSTM models through step-by-step practical demos
您将获得的技能
要了解的详细信息

添加到您的领英档案
June 2025
3 项作业
了解顶级公司的员工如何掌握热门技能

该课程共有1个模块
Master the fundamentals of Long Short-Term Memory (LSTM) networks in this hands-on module. Begin with the basics of RNNs and understand how LSTM overcomes their limitations. Explore LSTM architecture, including forget, input, and output gates. Learn real-world applications in time series, NLP, and more through interactive demos designed to reinforce practical LSTM implementation.
涵盖的内容
8个视频1篇阅读材料3个作业
位教师

提供方
从 Machine Learning 浏览更多内容
- 状态:免费试用
- 状态:免费试用
人们为什么选择 Coursera 来帮助自己实现职业发展




常见问题
LSTM (Long Short-Term Memory) is a type of recurrent neural network (RNN) designed to capture long-range dependencies in sequential data. It overcomes the limitations of traditional RNNs by using gate mechanisms to retain or forget information.
The main gates in an LSTM are the Forget Gate, Input Gate, Output Gate, and sometimes a Cell Gate (though typically counted as part of the Input gate logic). These gates regulate the flow of information, enabling the model to manage memory effectively.
The LSTM technique involves using gated cells to control the flow of information over time, making it ideal for tasks like time series prediction, language modeling, and speech recognition where context from past inputs is important.
更多问题
提供助学金,