Hardbound. This volume contains a fairly complete picture of the geometry of numbers, including relations to other branches of mathematics such as analytic number theory, diophantine approximation, coding and numerical analysis. It deals with convex or non-convex bodies and lattices in euclidean space, etc.This second edition was prepared jointly by P.M. Gruber and the author of the first edition. The authors have retained the existing text (with minor corrections) while adding to each chapter supplementary sections on the more recent developments. While this method may have drawbacks, it has the definite advantage of showing clearly where recent progress has taken place and in what areas interesting results may be expected in the future.
Product Identifiers
Publisher
Elsevier Science & Technology Books
ISBN-10
0444701524
ISBN-13
9780444701527
eBay Product ID (ePID)
919172
Product Key Features
Author
P. M. Gruber, C. G. Lekkerkerker
Publication Name
Geometry of Numbers
Format
Hardcover
Language
English
Features
Revised
Subject
Geometry / General, Number Theory
Publication Year
1987
Series
Mathematical Studies
Type
Textbook
Subject Area
Mathematics
Number of Pages
732 Pages
Dimensions
Item Length
9.1 in
Item Width
5.9 in
Item Weight
39.2 Oz
Additional Product Features
Edition Number
2
LCCN
86-017505
Series Volume Number
No. 37
Lc Classification Number
Qa241.5.G78 1987
Edition Description
Revised Edition
Reviews
This new edition is an important contribution to the literature on the geometry of numbers, and deserves a place in every tertiary library. The Australian Mathematics Teacher This excellent book can be used as a reference book as well as an advanced introduction to geometry of numbers. Zentralblatt für Mathematik
Table of Content
Chapters: 1. Preliminaries. Supplement: Preliminaries. 2. Convex Bodies and Lattice Points. Supplement: Fundamental Theorems. Lattice Polytopes. Large Convex Bodies. Reduction Theory. Tiling. 3. The Critical Determinant, The Covering Constant and the Inhomogeneous Determinant of a Set. Supplement: Suprema and Infima over Lattices. Packing. Covering. 4. Star Bodies. Supplement: Boundary Lattice Points. 5. Some Methods. Note. 6. Homogeneous Forms. Supplement: Packing of Balls. Extreme Forms. Zeta-Functions. Homogeneous Minima. 7. Inhomogeneous Forms. Supplement: Covering with Balls. Product of Inhomogeneous Linear Forms. Inhomogeneous Forms. Geometry of Numbers in Other Spaces. References. Index.