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Book Categories |
1 | Introduction | 1 |
1.1 | Bond Markets | 1 |
1.2 | Forward Curve Fitting Methods and Factor Models | 3 |
1.3 | The HJM Methodology | 4 |
1.4 | Invariant Manifolds | 7 |
1.5 | Outline | 9 |
1.6 | Remark on Notation | 10 |
2 | Stochastic Equations in Infinite Dimensions | 13 |
2.1 | Infinite Dimensional Brownian Motion | 13 |
2.2 | The Stochastic Integral | 16 |
2.3 | Fundamental Tools | 19 |
2.4 | Stochastic Equations | 23 |
3 | Consistent State Space Processes | 29 |
3.1 | Ito Process Factor Models | 29 |
3.2 | Exponential-Polynomial Families | 33 |
3.3 | Auxiliary Results | 38 |
3.4 | The Case BEP (1,n) | 41 |
3.5 | The General Case BEP (K,n) | 44 |
3.6 | The Diffusion Case | 51 |
3.7 | Applications | 54 |
3.8 | Conclusions | 56 |
4 | The HJM Methodology Revisited | 57 |
4.1 | Term Structure Movements | 57 |
4.2 | The Musiela Parametrization | 58 |
4.3 | Arbitrage-free Term Structure Movements | 60 |
4.4 | Contingent Claim Valuation | 66 |
4.5 | What Is a Model? | 70 |
5 | The Forward Curve Spaces H[subscript w] | 75 |
5.1 | Definition of H[subscript w] | 75 |
5.2 | Volatility Specification | 81 |
5.3 | The Yield Curve | 83 |
5.4 | Local State Dependent Volatility | 84 |
5.5 | Functional Dependent Volatility | 87 |
5.6 | The BGM Model | 89 |
6 | Invariant Manifolds for Stochastic Equations | 95 |
6.1 | Finite Dimensional Submanifolds in Banach Spaces | 95 |
6.2 | Invariant Manifolds | 101 |
6.3 | Proof of Theorems 6.2.1-6.2.4 | 103 |
6.4 | Consistency Conditions in Local Coordinates | 109 |
7 | Consistent HJM Models | 113 |
7.1 | Consistency Problems | 113 |
7.2 | A Simple Regularity Criterion for G | 115 |
7.3 | Regular Exponential-Polynomial Families | 117 |
7.4 | Affine Term Structure | 122 |
8 | Appendix: A Summary of Conditions | 127 |
8.1 | Axioms for the Forward Curve Space | 127 |
8.2 | Conditions on the Forward Curve Movements | 127 |
8.3 | Conditions for HJM Models | 128 |
8.4 | Assumptions for Characterizing Invariant Manifolds | 128 |
References | 129 | |
Index | 133 |
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Add Consistency Problems for Heath-Jarrow-Morton Interest Rate Models, Bond markets differ in one fundamental aspect from standard sk markets. While the latter are built up to a finite number of trade assets, the underlying basis of a bond market is the entire term structure of interest rates: an infinite-dimensional variabl, Consistency Problems for Heath-Jarrow-Morton Interest Rate Models to the inventory that you are selling on WonderClubX
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Add Consistency Problems for Heath-Jarrow-Morton Interest Rate Models, Bond markets differ in one fundamental aspect from standard sk markets. While the latter are built up to a finite number of trade assets, the underlying basis of a bond market is the entire term structure of interest rates: an infinite-dimensional variabl, Consistency Problems for Heath-Jarrow-Morton Interest Rate Models to your collection on WonderClub |