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دانلود کتاب Mathematical Risk Analysis: Dependence, Risk Bounds, Optimal Allocations and Portfolios

دانلود کتاب تجزیه و تحلیل خطر ریاضی: وابستگی ، مرزهای خطر ، تخصیص بهینه و اوراق بهادار

مشخصات کتاب

Mathematical Risk Analysis: Dependence, Risk Bounds, Optimal Allocations and Portfolios

دسته بندی: احتمال
ویرایش: 2013 
نویسندگان: Ludger Rüschendorf  
سری: Springer Series in Operations Research and Financial Engineering 
ISBN (شابک) : 3642335896, 9783642335891 
ناشر: Springer 
سال نشر: 2013 
تعداد صفحات: 421 
زبان: English 
فرمت فایل : PDF (درصورت درخواست کاربر به PDF، EPUB یا AZW3 تبدیل می شود) 
حجم فایل: 3 مگابایت

قیمت کتاب (تومان) : 45,000

میانگین امتیاز به این کتاب :
تعداد امتیاز دهندگان : 8

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توجه داشته باشید کتاب تجزیه و تحلیل خطر ریاضی: وابستگی ، مرزهای خطر ، تخصیص بهینه و اوراق بهادار نسخه زبان اصلی می باشد و کتاب ترجمه شده به فارسی نمی باشد. وبسایت اینترنشنال لایبرری ارائه دهنده کتاب های زبان اصلی می باشد و هیچ گونه کتاب ترجمه شده یا نوشته شده به فارسی را ارائه نمی دهد.

توضیحاتی درمورد کتاب به خارجی

The author's particular interest in the area of risk measures is to combine this theory with the analysis of dependence properties. The present volume gives an introduction of basic concepts and methods in mathematical risk analysis, in particular of those parts of risk theory that are of special relevance to finance and insurance. Describing the influence of dependence in multivariate stochastic models on risk vectors is the main focus of the text that presents main ideas and methods as well as their relevance to practical applications. The first part introduces basic probabilistic tools and methods of distributional analysis, and describes their use to the modeling of dependence and to the derivation of risk bounds in these models. In the second, part risk measures with a particular focus on those in the financial and insurance context are presented. The final parts are then devoted to applications relevant to optimal risk allocation, optimal portfolio problems as well as to the optimization of insurance contracts. Good knowledge of basic probability and statistics as well as of basic general mathematics is a prerequisite for comfortably reading and working with the present volume, which is intended for graduate students, practitioners and researchers and can serve as a reference resource for the main concepts and techniques. Table of Contents Cover Mathematical Risk Analysis - Dependence, Risk Bounds, Optimal Allocations and Portfolios ISBN 9783642335891 ISBN 9783642335907 Preface Contents Part I Stochastic Dependence and Extremal Risk Copulas, Sklar's Theorem, and Distributional Transform 1.1 Sklar's Theorem and the Distributional Transform 1.2 Copula Models and Copula Constructions o 1.2.1 Some Classes of Copulas o 1.2.2 Copulas and L2-Projections 1.3 Multivariate Distributional and Quantile Transform 1.4 Pair Copula Construction of Copula Models 1.5 Applications of the Distributional Transform 1.5.1 Application to Stochastic Ordering o 1.5.2 Optimal Couplings o 1.5.3 Identificatio and Goodness of Fit Tests o 1.5.4 Empirical Copula Process and Empirical Dependence Function 1.6 Multivariate and Overlapping Marginals o 1.6.1 Generalized Frec� het Class o 1.6.2 Copulas with Given Independence Structure o 1.6.3 Copulas, Overlapping Marginals, and L2-Projections Fr�chet Classes, Risk Bounds, and Duality Theory 2.1 Dual Representation of Generalized Fr�chet Bounds 2.2 Fr�chet Bounds Comonotonicity and Extremal Risk Convex Order, Excess of Loss, and Comonotonicity 3.1 Convex Order and Comonotonicity 3.2 Schur Order and Rearrangements 3.3 Rearrangements and Excess of Loss 3.4 Integral Orders and F -Diffusions Bounds for the Distribution Function and Value at Risk of the Joint Portfolio 4.1 Standard Bounds 4.2 Conditional Moment Method 4.3 Dual Bounds Restrictions on the Dependence Structure 5.1 Restriction to Positive Dependent Risk Vectors 5.2 Higher Order Marginals o 5.2.1 A Reduction Principle and Bonferroni Type Bounds o 5.2.2 The Conditioning Method o 5.2.3 Reduction Bounds for the Joint Portfolio in General Marginal Systems Dependence Orderings of Risk Vectors and Portfolios 6.1 Positive Orthant Dependence and Supermodular Ordering 6.2 Association, Conditional Increasing Vectors, and Positive Supermodular Dependence 6.3 Directionally Convex Order o 6.3.1 Basic Properties of the Directionally Convex Order o 6.3.2 Further Criteria for dcx o 6.3.3 Directionally Convex Order in Functional Models 6.4 Dependence Orderings in Models with Multivariate Marginals Part II Risk Measures and Worst Case Portfolios Risk Measures for Real Risks 7.1 Some Classes of Risk Measures for Real Variables o 7.1.1 Basic Properties of Risk Measures o 7.1.2 Examples of Risk Measures 7.2 Representation and Continuity Properties of Convex Risk Measures on Lp-Spaces o 7.2.1 Convex Duality and Continuity Results o 7.2.2 Representation of Coherent and Convex Risk Measures on Lp o 7.2.3 Continuity Results for Risk Measures on Lp Risk Measures for Portfolio Vectors 8.1 Basic Properties of Portfolio Risk Measures 8.2 Classes of Examples of Portfolio Risk Measures o 8.2.1 Aggregation Type Risk Measures o 8.2.2 Multivariate Distortion and Quantile-Type Risk Measures 8.3 Representation and Continuity of Convex Risk Measures on Lp Law Invariant Convex Risk Measures on Lp and Optimal Mass Transportation 9.1 Law Invariant Risk Measures and Optimal Mass Transportation 9.2 Multivariate Comonotonicity and the n-Coupling Problem 9.3 Worst Case Portfolio Vectors and Diversifcation Effects 9.4 Examples of Worst Case Risk Portfolios and Worst Case Diversifcation Effects Part III Optimal Risk Allocation Optimal Allocations and Pareto Equilibrium 10.1 Pareto Equilibrium and Related Risk Measures in the Coherent Case 10.2 Optimal Allocations Under Admissibility Restrictions 10.3 Pareto Equilibrium for Convex Risk Measures 10.4 Pareto Optimality, Comonotonicity, and Existence of Optimal Allocations Characterization and Examples of Optimal Risk Allocations for Convex Risk Functionals 11.1 Inf-Convolution and Convex Conjugates 11.2 Characterization of Optimal Allocations 11.3 Examples of Optimal Risk Allocations o 11.3.1 Expected Risk Functionals o 11.3.2 Dilated Risk Functionals o 11.3.3 Average Value at Risk and Stop-Loss Contracts o 11.3.4 Mean Variance Versus Standard Deviation Risk Functionals 11.4 Optimal Allocation of Risk Vectors o 11.4.1 Characterization of Optimal Allocations o 11.4.2 Law Invariant Risk Measures and Comonotonicity o 11.4.3 Existence of Minimal Risk Allocations o 11.4.4 Uniqueness of Optimal Allocations o 11.4.5 Examples of Optimal Allocations 11.5 The Capital Allocation Problem Optimal Contingent Claims and (Re)insurance Contracts 12.1 Optimal Contingent Claims o 12.1.1 Optimal Investment Problems o 12.1.2 Minimal Demand Problem 12.2 Optimal (Re)insurance Contracts o 12.2.1 Optimality of Stop-Loss Contracts o 12.2.2 Optimal Worst Case (Re)insurance Contracts Part IV Optimal Portfolios and Extreme Risks Optimal Portfolio Diversificatio w.r.t. Extreme Risks 13.1 Heavy-Tailed Portfolios and Multivariate Regular Variation 13.2 Extreme Risk Index and Portfolio Diversificatio 13.3 Estimation of the Extreme Risk Index and the Optimal Portfolio 13.4 Asymptotic Normality of b 13.5 Application to Risk Minimization Ordering of Multivariate Risk Models with Respect to Extreme Portfolio Losses 14.1 Asymptotic Portfolio Loss Ordering 14.2 Characterization of apl in Multivariate Regularly Varying Models o 14.2.1 Multivariate Regular Variation o 14.2.2 Ordering of Canonical Spectral Measures o 14.2.3 Unbalanced Tails 14.3 Relations to the Convex and Supermodular Order 14.4 Examples of apl-Ordering References List of Symbols Index