Description
This specialized handbook is an indispensable resource for biomedical engineers, medical physicists, and advanced research students working with medical imaging systems. Volume 3 dives deep into registration models—the critical algorithms that align and integrate multiple medical images for diagnosis and surgical planning. Whether you’re developing image-guided surgery systems, working on CT-MRI fusion, or researching deformable registration techniques, this 574-page reference provides theoretical foundations and practical implementations. Published by Plenum Press in 2005, it remains a benchmark text for anyone serious about mastering medical image registration in radiology, oncology, and interventional medicine.
- ISBN-10: 9780306486074
- ISBN-13: 978-0306486074
- Edition: 2005th
- Publisher: Plenum Pub Corp
- Publication date: 1 August 2005
- Language: English
- Dimensions: 16.76 x 3.81 x 25.15 cm
- Print length: 574 pages
Frequently Asked Questions
What topics does Volume 3 of the Handbook of Biomedical Image Analysis cover?
Volume 3 focuses exclusively on registration models for biomedical imaging. It covers image registration algorithms, deformable registration techniques, multimodal image fusion, and practical applications in medical imaging workflows including CT-MRI alignment and image-guided surgery systems.
Who should buy this handbook on biomedical image registration?
This book is essential for biomedical engineers, medical physicists, radiologists, computer vision researchers, and PhD/postgraduate students working on medical imaging systems, image-guided interventions, or advanced diagnostic imaging technologies.
Is this handbook suitable for Indian engineering and medical students?
Yes, it’s highly relevant for BTech, MTech, and research students in biomedical engineering, medical device development, and computational medical imaging programs across Indian institutions. It provides both theoretical depth and practical implementation guidance.
How many pages and what is the publication date of this volume?
The handbook contains 574 pages and was published in August 2005 by Plenum Press. Despite its publication date, the fundamental registration algorithms and techniques remain core knowledge in medical imaging.
Can I use this handbook for image registration projects in medical device development?
Absolutely. The handbook provides comprehensive coverage of registration models, algorithms, and practical techniques that are directly applicable to medical device development, surgical navigation systems, and diagnostic imaging platforms.
