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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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Add 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 to the inventory that you are selling on WonderClubX
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Add 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 to your collection on WonderClub |