Description
Deformable Models: Theory and Biomaterial Applications is an authoritative reference in the Topics in Biomedical Engineering series that presents cutting-edge developments in deformable model theory and its practical applications in biomaterial science. The book systematically covers the mathematical foundations of deformable models, including active contours, level sets, and mesh-based approaches.
This work bridges the gap between theoretical concepts and real-world biomedical applications, providing detailed insights into how deformable models are utilized in medical imaging, tissue engineering, and biomaterial analysis. The text explores computational methods for shape optimization, surface reconstruction, and dynamic modeling of biological structures. Featured applications include cardiovascular modeling, organ segmentation, and biomaterial characterization.
Written for researchers, engineers, and graduate students in biomedical engineering, the book combines rigorous mathematical treatment with practical implementation guidance, making it an essential resource for understanding advanced deformable model techniques and their integration into modern biomedical applications.
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