Product Description

Presents new and up–dated material on both the underlying theory and the practical methodology of directional statistics, helping the reader to utilise and develop the techniques appropriate to their work.
The book is divided into three parts. The first part concentrates on statistics on the circle. Topics covered include tests of uniformity, tests of good–of–fit, inference on von Mises distributions and non–parametric methods. The second part considers statistics on spheres of arbitrary dimension, and includes a detailed account of inference on the main distributions on spheres. Recent material on correlation, regression time series, robust techniques, bootstrap methods, density estimation and curve fitting is presented. The third part considers statistics on more general sample spaces, in particular rotation groups, Stiefel manifolds, Grassmann manifolds and complex projective spaces. Shape analysis is considered from the perspective of directional statistics.
Written by leading authors in the field, this text will be invaluable not only to researchers in probability and statistics interested in the latest developments in directional statistics, but also to practitioners and researchers in many scientific fields, including astronomy, biology, computer vision, earth sciences and image analysis.

Product Details

• Amazon Sales Rank: #790860 in Books
• Published on: 1999-11-17
• Original language: English
• Number of items: 1
• Binding: Hardcover
• 350 pages

Review
"This book provides essential material that is very timely and interesting and provides an excellent treatise on the theory, methodology, and applications of directional and axial statistics." (Technometrics, November 2008)

"This book has been written as a drastic revision and major extension to Statistics of Directional Data. It is a worthy successor to that book and will surely become the definitive reference on this subject are for many years." (Short Book Reviews, Vol. 20, No. 3, December 2000)

"The text will be an invaluable source of reference for researchers and practitioners alike working with directional data..." (The Statistician, Vol. 50, 2001)

"...a highly valuable and nicely written contribution" (Statistics and Decisions, Vol 19/2, 2001)

"In coverage and presentation, the current book dominates?the starting place for anyone wanting to make inferences using directional data or wishing to pursue research in this area." (Mathematical Reviews, 2003b)

Review
"This book provides essential material that is very timely and interesting and provides an excellent treatise on the theory, methodology, and applications of directional and axial statistics." (Technometrics, November 2008)

"...written as a drastic revision and major extension to Statistics of Directional Data....definitive reference on this subject...for many years." (Short Book Reviews, Vol. 20, No. 3, December 2000)

"The text will be an invaluable source of reference for researchers and practitioners alike working with directional data..." (The Statistician, Vol. 50, 2001)

"...a highly valuable and nicely written contribution" (Statistics and Decisions, Vol 19/2, 2001)

"In coverage and presentation, the current book dominates?the starting place for anyone wanting to make inferences using directional data or wishing to pursue research in this area." (Mathematical Reviews, 2003b)

From the Back Cover
Observations which are directions, axes or rotations occur in many sciences, including astronomy, biology, earth sciences, image analysis, and medicine. To analyse such data it is necessary to use the techniques of directional statistics, in which the special structure of circles, spheres and rotation groups is taken into account. This book gives a unified and comprehensive account of directional statistics, presenting both the underlying statistical theory and the practical methodology. The book is divided into three parts. The first part concentrates on statistics on the circle. Topics covered include tests of uniformity, tests of goodness–of–fit, inference on von Mises distributions and non–parametric methods. The second part considers statistics on spheres of arbitrary dimension, and includes a detailed account of inference on the main distributions on spheres. Recent material on correlation, regression, time series, robust techniques, bootstrap methods, density estimation and curve fitting is presented. The third part considers statistics on more general sample spaces, in particular rotation groups, Stiefel manifolds, Grassmann manifolds and complex projective spaces. Shape analysis is considered from the perspective of directional statistics. This text will be invaluable not only to researchers in probability and statistics interested in the latest developments in directional statistics, but also to practitioners and researchers in many scientific fields, including astronomy, biology, computer vision, earth sciences and image analysis.

Customer Reviews

Unique
Directional statistics deals with probabilities of directions (unit vectors), axes (lines through the origin) and rotations. For example, one can use directional statistics to model the distribution of bond angles in molecules, wind directions or observations on the celestial sphere. The book by Mardia & Jupp provides a unique overview of this field of statistics, and contains a wealth of information on distributions and techniques that deal with directional data. If you find yourself dealing with directional data by using conventional distributions (ie. on the wrong manifold) or by discretizing your data (and thereby making the problem intractable), buy this book and find out about the right way to deal with your data. This 'right way' is moreover often surprisingly straightforward and tractable!