Share E-Book
Scan to open this page

Scan with your phone to open this page

Author: Deepak Gowda

Rating No ratings yet

Deep learning is revolutionizing how we solve complex problems, and PyTorch has emerged as a leading framework for its ease of use and flexibility. This book is designed to bridge the gap between theory and practice, providing a hands-on approach to understanding deep learning with PyTorch. It covers fundamental and advanced topics, including object detection, NLP, GANs, and time series forecasting. The book begins with foundational deep learning concepts and guides you through setting up PyTorch. You will learn to manipulate tensors, load data, build models, and understand computer vision with multi-object detection using YOLO to enhance image recognition through transfer learning techniques. You will also analyze generative models with GANs for data augmentation and venture into audio processing with text-to-speech and speech-to-text using TorchAudio. Learn NLP tasks like text classification, summarization, sentiment analysis, and question answering with pre-trained models like BERT. Finally, learn to tackle time series forecasting using RNNs, LSTMs, CNNs, and transformers. By the end of this book, you will be equipped with the practical skills and knowledge to confidently build and deploy deep learning solutions across various domains, helping you innovate in the ever-evolving field of artificial intelligence. What you will learn ● Implement deep learning models for image, text, and speech tasks. ● Build and optimize AI workflows using PyTorch efficiently. ● Apply transfer learning techniques for improved model performance. ● Develop GANs for generating high-quality synthetic data. ● Use NLP techniques for language processing and sentiment analysis. ● Forecast time series data using LSTMs and deep learning models.

AI Reading Assistant

Whole-book reading guide from stratified index samples; jump to passages in the text

Brief outline
【One-Line Pitch】 Deep learning is revolutionizing how we solve complex problems, and PyTorch has emerged as a leading framework for it… 【Book Arc】 - **Opening (~0%–12%)**: It covers fundamental and advanced topics, including object detection, NLP, GANs, and time series forecasting.; artificial intelligence ( AI ) and machine learning ( ML ). - **Early (~12%–35%)**: how high-speed internet and computing power fuel its growth.; GANs generate synthetic data resembling real-world datasets. - **Middle (~35%–65%)**: Deep learning algorithms can learn complex data representations through a hierarchical approach.; learning's transformative impact on technology and industry. - **Late (~65%–88%)**: can receive new inputs and provide predictions or insights.; between 0 and 1, which can be interpreted as a probability. - **Ending (~88%–100%)**: how PyTorch handles datasets through its comprehensive APIs.; is only as good as its applicability to real-world problems. 【Key Takeaways】 - **It covers fundamental…** (Opening): It covers fundamental and advanced topics, including object detection, NLP, GANs, and time series forecasting. - **artificial intelligenc…** (Opening): artificial intelligence ( AI ) and machine learning ( ML ). - **solutions and a deep u…** (Opening): solutions and a deep understanding of evolving technologies. - **how high** (Early): how high-speed internet and computing power fuel its growth. - **GANs generate syntheti…** (Early): GANs generate synthetic data resembling real-world datasets. - **code, it will be updat…** (Early): code, it will be updated on the existing GitHub repository. 【Reading Tips】 - Use Passage locations below to jump into the text and set reading anchors - If this is a brief outline, click Regenerate (top right) for a synthesized guide 【Coverage Limits】 Compressed outline without the model (~34 index chunks). Full structured guide needs AI available.
Excerpt 1
eep learning models. Practical Deep Learning with PyTorch Practical Deep Learning with PyTorch Practical Deep Learning with PyTorch PyTorch implementation fo...
View in text
Excerpt 2
GANs generate synthetic data resembling real-world datasets. This chapter explains GAN fundamentals, architecture, training mechanisms, and applications such...
View in text
Excerpt 3
ting a device for training Define the class Model layers nn.Flatten nn.Linear nn.ReLU nn.Sequential nn.Softmax Model parameters Automatic differentiation Opt...
View in text
Excerpt 4
Before 2000, most people primarily used personal computers. Later, due to the rapid popularity of smartphones, data creation multiplied exponentially. This l...
View in text
Excerpt 5
suring it learns a comprehensive representation of the task. The quality, diversity, and relevance of the collected data significantly impact the model's abi...
View in text
Excerpt 6
the model architecture, the data, and the training process. Here is a comprehensive approach to optimization: • Data quality and augmentation : Quality data...
View in text
Excerpt 7
eakers from eight significant dialects of American English . Overall, the evolution of datasets for deep learning has been critical for the field's success,...
View in text
Excerpt 8
will display the installed PyTorch version, and torch.cuda.is_available() will return True if PyTorch recognizes your CUDA setup correctly, indicating GPU su...
View in text
Tags
AI categories
Framework
pytorch
ISBN: 9365892864
Publisher: BPB Publications
Publish Year: 2025
Language: English
File Format: EPUB
File Size: 21.2 MB