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AI-Assisted Programming for Web and Machine Learning

AI-Assisted Programming for Web and Machine Learning

By : Christoffer Noring, Anjali Jain, Marina Fernandez, Ayşe Mutlu, Ajit Jaokar
4.9 (11)
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AI-Assisted Programming for Web and Machine Learning

AI-Assisted Programming for Web and Machine Learning

4.9 (11)
By: Christoffer Noring, Anjali Jain, Marina Fernandez, Ayşe Mutlu, Ajit Jaokar

Overview of this book

AI-Assisted Programming for Web and Machine Learning shows you how to build applications and machine learning models and automate repetitive tasks. Part 1 focuses on coding, from building a user interface to the backend. You’ll use prompts to create the appearance of an app using HTML, styling with CSS, adding behavior with JavaScript, and working with multiple viewports. Next, you’ll build a web API with Python and Flask and refactor the code to improve code readability. Part 1 ends with using GitHub Copilot to improve the maintainability and performance of existing code. Part 2 provides a prompting toolkit for data science from data checking (inspecting data and creating distribution graphs and correlation matrices) to building and optimizing a neural network. You’ll use different prompt strategies for data preprocessing, feature engineering, model selection, training, hyperparameter optimization, and model evaluation for various machine learning models and use cases. The book closes with chapters on advanced techniques on GitHub Copilot and software agents. There are tips on code generation, debugging, and troubleshooting code. You’ll see how simpler and AI-powered agents work and discover tool calling.
Table of Contents (25 chapters)
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3
Tools of the Trade: Introducing Our AI Assistants
23
Other Books You May Enjoy
24
Index

Introduction

Having explored the depths of the Multi-Layer Perceptron (MLP) in our previous chapter with the Fashion-MNIST dataset, we now pivot to a more intricate and visually complex challenge. This chapter marks our transition from the primarily tabular, grayscale world of Fashion-MNIST to the colorful and diverse realm of the CIFAR-10 dataset. Here, we elevate our focus to Convolutional Neural Networks (CNNs), a class of deep neural networks that are revolutionizing the way we approach image classification tasks.

Our journey through the MLP chapter provided a strong foundation for understanding the basics of neural networks and their application in classifying simpler, grayscale images. Now, we step into a more advanced territory where CNNs reign supreme. The CIFAR-10 dataset, with its array of 32x32 color images across 10 different classes, presents a unique set of challenges that MLPs are not best suited to address. This is where CNNs, with their ability to capture spatial...

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