Free Online Recurrent Neural Networks Courses & MOOCs

EdX

Purdue University,PurdueX

Introduction to Deep Learning (edX)

Data Science

Dive into the world of artificial intelligence with our 'Introduction to Deep Learning' course on edX. This 3-credit-hour program is designed for those new to machine learning and eager to explore how deep learning can be used to tackle significant engineering challenges. Over a span of 16 weeks, you'll build a strong foundation in deep neural networks, engage in practical projects, and master the use of TensorFlow and Keras tools.

Aug 23rd 2021

13-24 Weeks

TensorFlow Deep Learning Recurrent Neural Networks

EdX

IBM

Deep Learning with Tensorflow (edX)

Statistics & Data Analysis Data Science

Dive into the world of Deep Learning with Tensorflow and learn how to harness the potential of deep neural networks for solving complex, real-world problems involving unstructured data like images, sound, and text. This course will guide you through the fundamentals and applications of deep learning, enabling you to unlock new insights from vast datasets.

Self Paced

Self-Paced

TensorFlow Deep Learning Restricted Boltzmann Machines

Using GPUs to Scale and Speed-up Deep Learning (edX)

EdX

IBM

Using GPUs to Scale and Speed-up Deep Learning (edX)

Statistics & Data Analysis Data Science

Master the art of using powerful GPUs to accelerate and scale your deep learning projects. This course will teach you how to leverage accelerated hardware to significantly reduce training times, enabling faster development and deployment of complex deep learning models.

No sessions available

5-12 Weeks

GPU TensorFlow Deep Learning

Udacity

Udacity,Facebook

Intro to Deep Learning with PyTorch (Udacity)

Data Science

Dive into the world of deep learning with Udacity's 'Intro to Deep Learning with PyTorch'. Learn the basics of deep learning and implement your first deep neural network using PyTorch. Gain hands-on experience through coding exercises and projects that cover cutting-edge AI applications like style transfer and text generation.

Self Paced

Self-Paced

Neural Networks Deep Learning Recurrent Neural Networks