Partial Inner Product Spaces: Theory and Applications

ISBN-13: 9783642051357 / Angielski / Miękka / 2010 / 358 str.

J-P Antoine;Camillo Trapani

Opis

Partial Inner Product (PIP) Spaces are ubiquitous, e.g. Rigged Hilbert spaces, chains of Hilbert or Banach spaces (such as the Lebesgue spaces L^p over the real line), etc. In fact, most functional spaces used in (quantum) physics and in signal processing are of this type. The book contains a systematic analysis of PIP spaces and operators defined on them. Numerous examples are described in detail and a large bibliography is provided. Finally, the last chapters cover the many applications of PIP spaces in physics and in signal/image processing, respectively. As such, the book will be useful both for researchers in mathematics and practitioners of these disciplines.

Recenzje

From the reviews:

"Partial Inner Product (PIP) spaces generalize and synthesize a lot of spaces appearing in functional analysis, such as rigged Hilbert spaces, scales of Hilbert or Banach spaces, etc. ... the book will be of interest for researchers interested in function spaces as well as for those interested in applications in theoretical physics and signal processing." (Stefan Cobzas, Zentralblatt MATH, Vol. 1195, 2010)

"The topic of this book is so-called PIP (partial inner product) spaces, which are vector spaces with a symmetric relation on pairs of elements ... . Overall the book provides a unique opportunity for researchers working in the field of analysis to take a new perspective on more or less well known families of function spaces or operators, and the common functional analytic features common to all these families, analyzed in a very systematic way. ... many readers will enjoy studying the proposed concepts." (Hans G. Feichtinger, Mathematical Reviews, Issue 2011 i)

Spis treści

General Theory: Algebraic Point of View.- General Theory: Topological Aspects.- Operators on PIP-Spaces and Indexed PIP-Spaces.- Examples of Indexed PIP-Spaces.- Refinements of PIP-Spaces.- Partial #x002A;-Algebras of Operators in a PIP-Space.- Applications in Mathematical Physics.- PIP-Spaces and Signal Processing.