The role of Hilbert polynomials in commutative and homological algebra as well as in algebraic geometry and combinatorics is well known. A similar role in differential algebra is played by the differential dimension polynomials. The notion of differential dimension polynomial was introduced by E. Kolchin in 1964 [KoI64]' but the problems and ideas that had led to this notion (and that are reflected in this book) have essentially more long history. Actually, one can say that the differential dimension polynomial describes in exact terms the freedom degree of a dynamic system as well as the number of arbitrary constants in the general solution of a system of algebraic differential equations. The first attempts of such description were made at the end of 19th century by Jacobi [Ja890] who estimated the number of algebraically independent constants in the general solution of a system of linear ordinary differential equations. Later on, Jacobi's results were extended to some cases of nonlinear systems, but in general case the problem of such estimation (that is known as the problem of Jacobi's bound) remains open. There are some generalization of the problem of Jacobi's bound to the partial differential equations, but the results in this area are just appearing. At the beginning of the 20th century algebraic methods in the theory of differen tial equations were actively developed by F. Riquier [RiqlO] and M.
Erscheinungsdatum: 06.12.2010

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Mikhalev, Alexander V., Levin, A.B., Pankratiev, E.V., Kondratieva, M.V.

Alexander V. Mikhalev; A.B. Levin; E.V. Pankratiev; M.V. Kondratieva

by M. V. Kondratieva, A. B. Levin, A. V. Mikhalev, E. V. Pankratiev

Springer Science + Business Media BV

Springer Nature

Softcover reprint of hardcover 1st ed. 1999, 2010

Mathematics and its applications, Dordrecht, 2011

Springer Nature, Dordrecht, 1999

Netherlands, Netherlands

1, 20130309

lg950806

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<p>This book is the first monograph wholly devoted to the investigation of differential and difference dimension theory. The differential dimension polynomial describes in exact terms the degree of freedom of a dynamic system as well as the number of arbitrary constants in the general solution of a system of algebraic differential equations.</p><p>Difference algebra arises from the study of algebraic difference equations and therefore bears a considerable resemblance to its differential counterpart. Difference algebra was developed in the same period as differential algebra and it has the same founder, J. Ritt. It grew to a mathematical area with its own ideas and methods mainly due to the work of R. Cohn, who raised difference algebra to the same level as differential algebra. The relatively new science of computer algebra has given strong impulses to the theory of dimension polynomials, now that packages such as MAPLE enable the solution of many problems which cannot be solved otherwise. Applications of differential and difference dimension theory can be found in many fields of mathematics, as well as in theoretical physics, system theory and other areas of science.</p><p>Audience: This book will be of interest to researchers and graduate students whose work involves differential and difference equations, algebra and number theory, partial differential equations, combinatorics and mathematical physics.</p>

This book is the first monograph wholly devoted to the investigation of differential and difference dimension theory. The differential dimension polynomial describes in exact terms the degree of freedom of a dynamic system as well as the number of arbitrary constants in the general solution of a system of algebraic differential equations. Difference algebra arises from the study of algebraic difference equations and therefore bears a considerable resemblance to its differential counterpart. Difference algebra was developed in the same period as differential algebra and it has the same founder, J. Ritt. It grew to a mathematical area with its own ideas and methods mainly due to the work of R. Cohn, who raised difference algebra to the same level as differential algebra. The relatively new science of computer algebra has given strong impulses to the theory of dimension polynomials, now that packages such as MAPLE enable the solution of many problems which cannot be solved otherwise. Applications of differential and difference dimension theory can be found in many fields of mathematics, as well as in theoretical physics, system theory and other areas of science. Audience: This book will be of interest to researchers and graduate students whose work involves differential and difference equations, algebra and number theory, partial differential equations, combinatorics and mathematical physics.

Front Matter....Pages i-xiii
Preliminaries....Pages 1-44
Numerical Polynomials....Pages 45-121
Basic Notions of Differential and Difference Algebra....Pages 123-190
Gröbner Bases....Pages 191-221
Differential Dimension Polynomials....Pages 223-280
Dimension Polynomials in Difference and Difference-Differential Algebra....Pages 281-353
Some Application of Dimension Polynomials in Difference-Differential Algebra....Pages 355-375
Dimension Polynomials of Filtered G -Modules and Finitely Generated G -Fields Extensions....Pages 377-396
Computation of Dimension Polynomials....Pages 397-403
Back Matter....Pages 405-426

2013-08-01