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1 | Introduction | 1 |
2 | Univariate Interpolation | 4 |
2.1 | Introduction and definitions | 4 |
2.2 | Main theorems | 6 |
3 | Basic Properties of Birkhoff interpolation | 9 |
3.1 | Introduction and definitions | 9 |
3.2 | Properties of the spaces P[subscript s] | 13 |
3.3 | The Polya condition | 16 |
3.4 | Regular incidence matrices | 17 |
3.5 | Properties of the determinant | 20 |
4 | Singular Interpolation Schemes | 23 |
4.1 | Introduction and definitions | 23 |
4.2 | Hermite interpolation of type total degree in R[superscript d] | 26 |
4.3 | Uniform Hermite interpolation of type total degree in R[superscript 2], R[superscript 3], and R[superscript 4] | 32 |
4.4 | Hermite interpolation of tensor-product type | 34 |
4.5 | Number-theoretic considerations | 37 |
4.6 | Numerical results | 46 |
4.7 | Slicing the pie the other way | 49 |
5 | Shifts and Coalescences | 50 |
5.1 | Taylor expansion of the Vandermonde determinant | 50 |
5.2 | Definition of shifts | 50 |
5.3 | Existence of shifts | 52 |
5.4 | Numbers of shifts | 55 |
5.5 | Coefficients of the Taylor expansion | 57 |
5.6 | Coalescences | 60 |
6 | Decomposition Theorems | 62 |
6.1 | Introduction | 62 |
6.2 | Decomposition theorems without knots | 62 |
6.3 | Decomposition theorems with nodes | 64 |
6.4 | Comparison with other approaches | 68 |
7 | Reduction | 72 |
7.1 | Introduction | 72 |
7.2 | The reduction theorem | 72 |
8 | Examples | 75 |
8.1 | Introduction | 75 |
8.2 | Interpolation on rectangles | 78 |
8.3 | Triangular elements | 86 |
9 | Uniform Hermite Interpolation of Tensor-product Type | 90 |
9.1 | Introduction | 90 |
9.2 | The Polya condition | 90 |
9.3 | Basic theorems | 92 |
9.4 | Application of the basic theorems | 95 |
9.5 | Interpolation with derivatives of low order | 96 |
9.6 | Non-uniform Hermite interpolation of tensor-product type | 99 |
10 | Uniform Hermite Interpolation of Type Total Degree | 103 |
10.1 | Introduction | 103 |
10.2 | The Polya condition | 104 |
10.3 | Number-theoretic considerations | 106 |
10.4 | Interpolation and singularities | 108 |
10.5 | Minimality of triangles | 111 |
10.6 | An extension theorem | 114 |
10.7 | Interpolation of first derivatives | 116 |
10.8 | Interpolation of second and third derivatives | 119 |
10.9 | An interpolation in R[superscript 3] | 126 |
10.10 | A conjecture | 127 |
10.11 | An alternate proof of almost regularity for [actual symbol not reproducible] | 129 |
10.12 | The general case | 137 |
11 | Vandermonde determinants | 139 |
11.1 | Introduction | 139 |
11.2 | The determinant of Lagrange interpolation | 140 |
11.3 | Determinants of the decomposition theorem | 144 |
11.4 | Related results | 145 |
11.5 | Hack's interpolation scheme | 147 |
11.6 | Determinants of two particular problems | 153 |
12 | A theorem of Severi | 156 |
12.1 | Introduction and the theorem of Severi | 156 |
12.2 | Smaller interpolation spaces | 157 |
12.3 | Lagrange Interpolation | 159 |
13 | Kergin Interpolation via Birkhoff Interpolation | 162 |
13.1 | Introduction | 162 |
13.2 | Kergin's interpolant | 162 |
13.3 | An alternative proof of regularity | 169 |
A Appendix - A Bibliography on Multivariate Interpolation | 171 | |
References | 183 | |
Glossary of notation | 190 |
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Add Multivariate Birkhoff Interpolation, The subject of this book is Lagrange, Hermite and Birkhoff (lacunary Hermite) interpolation by multivariate algebraic polynomials. It unifies and extends a new algorithmic approach to this subject which was introduced and developed by G.G. Lorentz and the, Multivariate Birkhoff Interpolation to the inventory that you are selling on WonderClubX
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Add Multivariate Birkhoff Interpolation, The subject of this book is Lagrange, Hermite and Birkhoff (lacunary Hermite) interpolation by multivariate algebraic polynomials. It unifies and extends a new algorithmic approach to this subject which was introduced and developed by G.G. Lorentz and the, Multivariate Birkhoff Interpolation to your collection on WonderClub |