Description
Geometric tomography explores the intricate relationship between geometry and data, focusing on how one can extract meaningful insights about geometric objects. This specialized field delves into techniques that allow researchers to reconstruct shapes and volumes from a variety of observational data.
Richard J. Gardner brings a wealth of knowledge to the subject, making complex mathematical concepts accessible to both academics and professionals. Throughout the work, understanding the underlying principles of geometric structures is key, as it sheds light on applications across numerous scientific disciplines.
Readers will discover the methods used to analyze and interpret geometric data, gaining valuable insights that extend beyond theory into practical applications. This blend of rigorous analysis and real-world relevance makes it an essential read for those interested in the boundaries of mathematics and its applications in various fields.
Richard J. Gardner brings a wealth of knowledge to the subject, making complex mathematical concepts accessible to both academics and professionals. Throughout the work, understanding the underlying principles of geometric structures is key, as it sheds light on applications across numerous scientific disciplines.
Readers will discover the methods used to analyze and interpret geometric data, gaining valuable insights that extend beyond theory into practical applications. This blend of rigorous analysis and real-world relevance makes it an essential read for those interested in the boundaries of mathematics and its applications in various fields.
Book Details
Format
Paperback
Pages
516 pages
Language
English
Published
Jun 19, 2006
Publisher
Cambridge University Press
Editions
5 editions
ISBN-10
0521684935
ISBN-13
9780521684934