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Full Description
In the exploration of new frontiers in data-driven solutions, the potential of quantum-enhanced machine learning has become too important to overlook. Quantum machine learning, though still in its formative stages, holds the promise to tackle some of the most complex problems that lie beyond the reach of classical computing. Quantum Machine Learning: Concepts, Algorithms, and Applications is a guide to understanding such quantum principles as superposition and entanglement and how they can enhance learning algorithms and data-processing capabilities. The book features a carefully structured progression from foundational concepts and core algorithms to application-driven case studies and emerging directions for future exploration.
The book provides a broad and in-depth treatment of topics ranging from quantum data encoding and quantum neural networks to hybrid models and optimization frameworks. Emphasis has also been placed on real-world use cases and the practical tools available for implementation, thereby ensuring that this book serves not only as a reference but also as a springboard for experimentation and innovation. Highlights include the following:
Implementing quantum neural networks on near-term quantum hardware
Quantum variational optimization for machine learning
Quantum-accelerated neural imputations with large language models
Emerging trends, addressing hardware limitations, algorithm optimization, and ethical considerations
This book serves as both a primer and an advanced guide by providing essential knowledge for understanding and implementing quantum-enhanced AI solutions in various professional contexts. It equips readers to become active participants in the quantum revolution transforming machine learning.
Contents
1. Introduction to Quantum Computing 2. Principles, Algorithms, and Technologies behind Quantum Computing 3. An Overview of Machine Learning: Concepts, Algorithms, and Practices 4. Quantum Information Theory 5. Quantum Machine Learning from Theory to Data-Driven Implementations 6. A Mathematical Perspective on Quantum Information Theory 7. Quantum Neural Networks 8. Implementing Quantum Neural Networks on Near-Term Quantum Hardware 9. A Comparative Analysis of Classical and Quantum Approaches for Heart Attack Prediction 10. Quantum Optimization for Machine Learning 11. Quantum Variational Optimization for Machine Learning 12. Latest Developments in Quantum Optimization for Machine Learning 13. Quantum Generative Adversarial Networks 14. Heart Disease Prediction Analysis using Quantum-Enhanced Features with Classical and Quantum Machine Learning Models 15. Quantum-Accelerated Neural Imputation with Large Language Models (LLMs) 16. Quantum Key Distribution Beyond 5G and 6G: Hybrid Integrations, Testbeds, and Future Directions
