Customer Reviews

Applied Mathematics in Integrated Navigation Systems (AIAA Education Series)

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This book is probably the best one in the field of inertial navigation, but unfortunately, that isn't saying much. It is probably the most comprehensive of the books I have read, but still lacks full explanation and derivation. Like many other books on the subject, the notation used dates from the 60's and needs to be polished up to modern notation (how about bold face vectors and Matrices for starters).

The most confusing part of this book is that the many of the symbols are recycled and/or are inadequately explained. This means extra effort is required to derive or infer what they actually mean. Many of the key Matrix equations (Fig 5.2) should have a breif explanation below them so that the reader doesn't have to spend 30 minutes going through the text to determine symbol meanings. Additionally, the difference between perturbation and alternative form are inadequately explained, forcing the reader to find IEEE papers for better description.

As mentioned, this book is probably the most comprehensive on the subject and can almost stand alone (emphasis on almost). Someday somebody will publish the ultimate Intertial navigiation text!

This book is good as a complementary book and I was glad that I bought it. The good about the book is that there is a definition for most of the variables and the equations are clear. The bad is that part of the material is missing, and the reader should refer to other books and articles to complete the knowledge.

The book is very precise and gives a lot of mathematical related things that's relevant to Navigation and Guidance. I somehow liked it's approach, mainly because it avoids a lot of descriptory jargons and talks straight in mathematics: the language of scientists and engineers! Before reading the book, a good hold of the mathematics related to system theory would be a definite plus. However, the book has an introductory chaper for the relevant mathematics too.

The book is very precise and gives a lot of mathematical related things that's relevant to Navigation and Guidance. I somehow liked it's approach, mainly because it avoids a lot of descriptory jargons and talks straight in mathematics: the language of scientists and engineers! Before reading the book, a good hold of the mathematics related to linear system theory would be a definite plus, even though the it has an introductory chapter for the related mathematics.