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Asymptotics of Linear Differential Equations Book

Asymptotics of Linear Differential Equations
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Asymptotics of Linear Differential Equations, This book is devoted to the asymptotic theory of differential equations. Asymptotic theory is an independent and important branch of mathematical analysis that began to develop at the end of the 19th century. Asymptotic methods' use of several important p, Asymptotics of Linear Differential Equations
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  • Asymptotics of Linear Differential Equations
  • Written by author Lantsman, M. H
  • Published by Springer-Verlag New York, LLC, 12/7/2010
  • This book is devoted to the asymptotic theory of differential equations. Asymptotic theory is an independent and important branch of mathematical analysis that began to develop at the end of the 19th century. Asymptotic methods' use of several important p
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Preface
Ch. 1 Introduction 1
1 Introduction 1
2 Conventions and notation 5
3 Asymptotic relations 9
Ch. 2 Metric spaces 14
1 Main definitions 14
2 Several examples of metric spaces 16
3 Sequences in a metric space 17
4 Equations in a metric space 22
5 Abstract functions 23
6 Linear sets 24
7 Metric groups. Main asymptotic relations in a metric group 26
8 Linear systems 27
9 Normed spaces 29
10 Basic properties of definite integrals 31
11 Solution of differential equations 34
Ch. 3 Asymptotic spaces 38
1 Definition of an asymptotic space 38
2 Examples of asymptotic spaces 39
3 Space of type H[subscript D] 40
4 Series and sequences in asymptotic spaces 43
5 Formal and asymptotic solutions 44
6 Factor Spaces 46
Ch. 4 Asymptotic behaviour of functions 49
1 Infinitesimal functions of a real argument 50
2 Analytic estimates 54
3 Series and sequences in the space II 56
4 Operators in the space II 63
5 Derivative estimates 67
6 Asymptotic behaviour of analytic functions 71
7 Implicit functions 84
Ch. 5 Power order growth functions on the positive semi-axis 90
1 Regularly varying functions 90
2 Class A[subscript t] 96
3 Subsets of the class A[subscript t] with some algebraic and analytic properties 103
4 Algebraic extensions of fields of type N[subscript S] 106
5 Algebraic extensions by roots of an algebraic system 113
6 Non-algebraic extensions 116
7 Estimates of roots of algebraic equations with comparable coefficients 119
8 Operators in a field of type N 126
Ch. 6 Power order growth functions of the complex argument 128
1 Classes A[subscript S] and A[subscript [epsilon]]
2 Subsets of class A[subscript S] with some algebraic and analytic properties 133
3 Power-logarithmic functions 137
Ch. 7 Integrals 144
1 Improper integrals 144
2 Integrals with a variable limit 147
3 The Laplace transformation 153
4 The Laplace method 166
5 The saddle point method 171
Ch. 8 Linear differential equations 183
1 Systems of linear differential equations 183
2 Single linear differential equations of nth order 193
3 Substitution x[prime] = yx 200
4 System of linear differential equations in the complex plane 204
Ch. 9 General asymptotic properties of linear differential equations 206
1 General estimates 206
2 The case when the coefficients rapidly tend to zero 211
3 Almost diagonal and L-diagonal systems 214
4 Single linear equation with asymptotically simple roots of the characteristic polynomial 224
Ch. 10 Linear differential equations with power order growth coefficients on the positive semi-axis 230
1 Formal solutions to a single linear differential equation of nth order 233
2 Asymptotic solutions to a single linear equation of nth order 247
3 Qualitative characteristics of linear differential equations 256
4 Second order differential equations 258
5 Systems of two differential equations with two unknowns 270
Ch. 11 Linear differential equations in singular cases on the positive semi-axis 273
1 Asymptotically independent functions 274
2 Formal asymptotic solutions 276
3 Connection between characteristic roots and solutions of a linear differential equation 282
4 Analytic transformations 295
Ch. 12 Linear differential equations in a sector of the complex plane 307
1 Formal solutions 308
2 Some auxiliary propositions 314
3 Main Theorems 320
4 Qualitative characteristics of linear differential equations in a sector of the plane 332
Ch. 13 Linear differential equations with power-logarithmic coefficients 335
1 Some auxiliary propositions 335
2 Main theorems 340
3 Deficiency indices of certain differential operators 346
4 Systems of linear differential equations 349
Ch. 14 Linear difference equations. General theory 354
1 First order equations 355
2 Systems of nth order equations 365
3 Single linear difference equations of nth order 371
4 Difference equations with constant coefficients 374
Ch. 15 Asymptotic behaviour of solutions of linear difference equations 378
1 The Poincare and Perron theorems 380
2 Linear difference equations with power order growth coefficients 392
3 Asymptotic solution to linear difference equation 398
4 Second order equations 402
5 Systems of two equations 411
6 Higher order equations 413
7 Differential - difference equations 417
Ch. 16 Supplement 420
1 Algorithms with an uniformly distributed theoretical error 420
Bibliography 425
List of symbols 437
Index 438


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Asymptotics of Linear Differential Equations, This book is devoted to the asymptotic theory of differential equations. Asymptotic theory is an independent and important branch of mathematical analysis that began to develop at the end of the 19th century. Asymptotic methods' use of several important p, Asymptotics of Linear Differential Equations

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Asymptotics of Linear Differential Equations, This book is devoted to the asymptotic theory of differential equations. Asymptotic theory is an independent and important branch of mathematical analysis that began to develop at the end of the 19th century. Asymptotic methods' use of several important p, Asymptotics of Linear Differential Equations

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