VICUNA with LLaMA: Techniques and Applications: The Complete Guide for Developers and Engineers

"VICUNA with LLaMA: Techniques and Applications"

"VICUNA with LLaMA: Techniques and Applications" is a comprehensive reference that explores the architectural innovations, fine-tuning strategies, and real-world deployments of two leading open-source large language models—LLaMA and VICUNA. The book begins with an in-depth dissection of model foundations, from tokenization and attention mechanisms to comparative analysis with other open LLMs. It expertly guides the reader through advanced internal workings, efficient transformer design, and the thoughtful curation of pre-training data, establishing a solid grounding in both the theoretical and practical principles behind these transformative models.

Building on this foundation, the text delves into state-of-the-art methodologies for adapting language models to specialized tasks. Practitioners and researchers are guided through parameter-efficient fine-tuning approaches, prompt engineering, multi-turn dialogue modeling, and rigorous evaluation protocols. The book provides actionable insights into distributed training, hardware optimization, robust evaluation metrics, and scalable serving architectures—demonstrating best practices for deploying LLMs effectively and securely in production environments.

Lastly, the volume addresses advanced applications across industries, from conversational agents and knowledge management to healthcare and creative domains. It gives special attention to issues of security, privacy, bias mitigation, and responsible AI deployment, underscoring the importance of ethical considerations in modern AI systems. By culminating with current research frontiers and the vibrant ecosystem of open-source collaboration, this book is an indispensable guide for professionals and academics seeking to harness the full potential of LLaMA and VICUNA in cutting-edge language model development.

© 2025 HiTeX Press (E-book): 6610000964802

Wydanie

E-book: 11 lipca 2025