Implementing Deep Learning: Practical Deep Learning Using Frameworks & Tools
Machine Learning
| Intermediate
- 12 videos | 58m 55s
- Includes Assessment
- Earns a Badge
Explore the concept of deep learning, including a comparison between machine learning and deep learning (ML/DL) in this 12-video course. Learners will examine the various phases of ML/DL workflows involved in building deep learning networks; recall the essential components of building and applying deep learning networks; and take a look at the prominent frameworks that can be used to simplify building ML/DL applications. You will then observe how to use the Caffe2 framework for implementing recurrent convolutional neural networks; write PyTorch code to generate images using autoencoders; and implement deep neural networks by using Python and Keras. Next, compare the prominent platforms and frameworks that can be used to simplify deep learning implementations; identify and select the best fit frameworks for prominent ML/DL use cases; and learn how to recognize challenges and strategies associated with debugging deep learning networks and algorithms. The closing exercise involves identifying the steps of ML workflow, deep learning frameworks, and strategies for debugging deep learning networks.
WHAT YOU WILL LEARN
-
Discover the key concepts covered in this courseDefine the concept of deep learning and compare the differences between machine learning and deep learningDescribe the various phases of ml/dl workflows involved in building deep learning networksRecall the essential components of building and applying deep learning networksList the prominent frameworks that can be used to simplify building ml/dl applicationsUse the caffe2 framework to build recurrent convolution neural networks
-
Write pytorch code to generate images using autoencodersImplement deep neural networks using python and kerasCompare the prominent platforms and frameworks that can be used to simplify deep learning implementationsIdentify and select the best fit frameworks for prominent ml/dl use casesRecognize the challenges and strategies associated with debugging deep learning networks and algorithmsIdentify steps of machine learning workflow, deep learning frameworks, and strategies for debugging deep learning networks
IN THIS COURSE
-
55s
-
6m 12sIn this video, you will learn how to define the concept of deep learning and compare the differences between machine learning and deep learning. FREE ACCESS
-
5m 59sAfter completing this video, you will be able to describe the various phases of ML/DL workflows involved in building deep learning networks. FREE ACCESS
-
5m 14sAfter completing this video, you will be able to recall the essential components of building and applying deep learning networks. FREE ACCESS
-
4m 26sUpon completion of this video, you will be able to list the prominent frameworks that can simplify building ML/DL applications. FREE ACCESS
-
6m 12sIn this video, learn how to use the Caffe2 framework to build recurrent convolutional neural networks. FREE ACCESS
-
10m 47sDuring this video, you will learn how to write PyTorch code to generate images using autoencoders. FREE ACCESS
-
3m 36sIn this video, you will learn how to implement deep neural networks using Python and the Keras library. FREE ACCESS
-
3m 10sIn this video, find out how to compare the prominent platforms and frameworks that can simplify deep learning implementations. FREE ACCESS
-
6m 19sDuring this video, you will learn how to identify and select the best-fitting frameworks for prominent ML/DL use cases. FREE ACCESS
-
4m 41sUpon completion of this video, you will be able to recognize the challenges and strategies associated with debugging deep learning networks and algorithms. FREE ACCESS
-
1m 24sDuring this video, you will learn how to identify the steps of a machine learning workflow, deep learning frameworks, and strategies for debugging deep learning networks. FREE ACCESS
EARN A DIGITAL BADGE WHEN YOU COMPLETE THIS COURSE
Skillsoft is providing you the opportunity to earn a digital badge upon successful completion on some of our courses, which can be shared on any social network or business platform.
Digital badges are yours to keep, forever.