Book Image

TensorFlow Developer Certificate Guide

By : Oluwole Fagbohun
3 (1)
Book Image

TensorFlow Developer Certificate Guide

3 (1)
By: Oluwole Fagbohun

Overview of this book

The TensorFlow Developer Certificate Guide is an indispensable resource for machine learning enthusiasts and data professionals seeking to master TensorFlow and validate their skills by earning the certification. This practical guide equips you with the skills and knowledge necessary to build robust deep learning models that effectively tackle real-world challenges across diverse industries. You’ll embark on a journey of skill acquisition through easy-to-follow, step-by-step explanations and practical examples, mastering the craft of building sophisticated models using TensorFlow 2.x and overcoming common hurdles such as overfitting and data augmentation. With this book, you’ll discover a wide range of practical applications, including computer vision, natural language processing, and time series prediction. To prepare you for the TensorFlow Developer Certificate exam, it offers comprehensive coverage of exam topics, including image classification, natural language processing (NLP), and time series analysis. With the TensorFlow certification, you’ll be primed to tackle a broad spectrum of business problems and advance your career in the exciting field of machine learning. Whether you are a novice or an experienced developer, this guide will propel you to achieve your aspirations and become a highly skilled TensorFlow professional.
Table of Contents (20 chapters)
1
Part 1 – Introduction to TensorFlow
6
Part 2 – Image Classification with TensorFlow
12
Part 3 – Natural Language Processing with TensorFlow
15
Part 4 – Time Series with TensorFlow

CNN-LSTM architecture for time series forecasting

Deep learning has offered compelling solutions for time series forecasting, and one of the notable architectures in this space is the CNN-LSTM model. This model leverages the strengths of CNNs and LSTM networks, providing an effective framework for handling the unique characteristics of time series data. CNNs are renowned for their performance in image processing tasks due to their ability to learn spatial patterns in images, while in sequential data, they can learn local patterns. The convolutional layers within the network apply a series of filters to the data, learning and extracting significant local and global temporal patterns and trends. These features act as a compressed representation of the original data, retaining essential information while reducing dimensionality. The reduction in dimensionality leads to a more efficient representation that captures relevant patterns.

Once significant features have been extracted through...