Publisher's Synopsis
This book offers a comprehensive overview of advanced ghost imaging. A detailed analysis of the common features and differences in the various types of ghost imaging are included as well as worked examples throughout. As a valuable reference for undergraduate students, graduate students, and researchers working in optics and imaging, this book provides readers with a deeper understanding of classical and quantum optics. The topics covered include classical field and imaging systems, quantum coherence and interference, quantum ghost imaging, classical ghost imaging, computational ghost imaging, single-pixel camera, speckle pattern customization, and deep-learning ghost imaging. Videos of the field propagation process and imaging results will be included as well as accompanied software to demonstrate computational imaging.
Key Features:
Provides a comprehensive overview of ghost imaging Features many topics, including Fourier analysis, speckle pattern design and deep learning ghost imaging Provides multimedia materials as examples, video, and software Includes a detailed analysis of the common features and differences between all types of ghost imaging Presents both theoretical analysis and experimental aspects of ghost imaging
