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Intelligent Projects Using Python

Intelligent Projects Using Python

By : Pattanayak
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Intelligent Projects Using Python

Intelligent Projects Using Python

5 (3)
By: Pattanayak

Overview of this book

This book will be a perfect companion if you want to build insightful projects from leading AI domains using Python. The book covers detailed implementation of projects from all the core disciplines of AI. We start by covering the basics of how to create smart systems using machine learning and deep learning techniques. You will assimilate various neural network architectures such as CNN, RNN, LSTM, to solve critical new world challenges. You will learn to train a model to detect diabetic retinopathy conditions in the human eye and create an intelligent system for performing a video-to-text translation. You will use the transfer learning technique in the healthcare domain and implement style transfer using GANs. Later you will learn to build AI-based recommendation systems, a mobile app for sentiment analysis and a powerful chatbot for carrying customer services. You will implement AI techniques in the cybersecurity domain to generate Captchas. Later you will train and build autonomous vehicles to self-drive using reinforcement learning. You will be using libraries from the Python ecosystem such as TensorFlow, Keras and more to bring the core aspects of machine learning, deep learning, and AI. By the end of this book, you will be skilled to build your own smart models for tackling any kind of AI problems without any hassle.
Table of Contents (12 chapters)
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A sequence-to-sequence model using an LSTM

The sequence-to-sequence model architecture is well suited for capturing the context of the customer input and then generating appropriate responses based on that. Figure 8.2 shows a sequence-to-sequence model framework that can respond to questions just as a chatbot would:

Figure 8.2: Sequence-to-sequence model using an LSTM

We can see from the preceding diagram (Figure 8.2) that the Encoder LSTM takes the input sequence of words and encodes it into a hidden state vector, , and a cell state vector, . The vectors, , and are the hidden and cell states of the last step of the LSTM encoder. They would essentially capture the context of the whole input sentence.

The encoded information in the form of and is then fed to the Decoder LSTM as its initial hidden and cell states. The Decoder LSTM in each step tries to predict the next word...

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