📱 eBook en inglés ULTIMATE TRANSFORMER MODELS USING PYTORCH 2.0: MASTER TRANSFORMER MODEL DEVELOPMENT, FINE-TUNE PRETRAINED MODELS, AND DEPLOY AI SOLUTIONS WITH PYTORCH 2.0

Build Real-World AI with Transformers Powered by PyTorch 2.0.
Key Features ● Complete hands-on projects spanning NLP, vision, and speech AI. ● Interactive Jupyter Notebooks with real-world industry scenarios. ● Build a professional AI portfolio ready for career advancement.
Book Description Transformer models have revolutionized AI across natural language processing, computer vision, and speech recognition. "Ultimate Transformer Models Using PyTorch 2.0" bridges theory and practice, guiding you from fundamentals to advanced implementations with hands-on projects that build a professional AI portfolio.
This comprehensive journey spans 11 chapters, beginning with transformer foundations and PyTorch 2.0 setup. With this book, you will master self-attention mechanisms, tackle NLP tasks such as text classification and translation, and then expand into computer vision and speech processing. Advanced topics include BERT and GPT models, the Hugging Face ecosystem, training strategies, and deployment techniques. Each chapter features practical exercises that reinforce learning through real-world applications.
By the end of this book, you will be able to confidently design, implement, and optimize transformer models for diverse challenges. So, whether revolutionizing language understanding, advancing computer vision, or innovating speech recognition, you will possess both theoretical knowledge and practical expertise to deploy solutions effectively across industries like healthcare, finance, and social media, positioning yourself at the AI revolutions forefront.
What you will learn ● Build custom transformer architectures from scratch, using PyTorch 2.0. ● Fine-tune BERT, GPT, and T5 models for specific applications. ● Deploy production-ready AI models across NLP, vision, and speech domains. ● Master Hugging Face ecosystem for rapid model development and deployment. ● Optimize transformer performance, using advanced training techniques and hyperparameters. ● Create a professional portfolio showcasing real-world transformer implementations.