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Matériel obligatoire et recommandé
Option Theory with Stochastic Analysis
Benth, F.E
Éditeur : SPRINGER NATURE
ISBN papier: 354040502X
Parution : 2004
Code produit : 1135258
Catégorisation :
Livres /
Science /
Mathématique /
Mathématiques
Formats disponibles
| Format | Qté. disp. | Prix* | Commander |
|---|---|---|---|
| Livre papier | En rupture de stock** |
Prix membre : 43,38 $ Prix non-membre : 48,20 $ |
*Les prix sont en dollars canadien. Taxes et frais de livraison en sus.
**Ce produits est en rupture de stock mais sera expédié dès qu'ils sera disponible.
Description
The objective of this textbook is to provide a very basic and accessible introduction to option pricing, invoking only a minimum of stochastic analysis. Although short, it covers the theory essential to the statistical modeling of stocks, pricing of derivatives (general contingent claims) with martingale theory, and computational finance including both finite-difference and Monte Carlo methods. The reader is led to an understanding of the assumptions inherent in the Black & Scholes theory, of the main idea behind deriving prices and hedges, and of the use of numerical methods to compute prices for exotic contracts. The author's style is compact and to-the-point, requiring of the reader only basic mathematical skills. In contrast to many books addressed to an audience with greater mathematical experience, it can appeal to many practitioners, e.g. in industry, looking for an introduction to this theory without too much detail. It dispenses with introductory chapters summarising the theory of stochastic analysis and processes, leading the reader instead through the stochastic calculus needed to perform the basic derivations and understand the basic tools It focuses on ideas and methods rather than full rigour, while remaining mathematically correct. The book aims at describing the basic assumptions (empirical finance) behind option theory, something that is very useful for those wanting actually to apply this. Further, it includes a big section on pricing using both the pde-approach and the martingale approach (stochastic finance). Finally, the reader is presented the two main approaches for numerical computation of option prices (computational finance). In this chapter and also in the companion CD-ROM, Visual Basic code is supplied for all methods, in the form of an add-in for Excel. The book could be used at introductory level in Universities, with exercises (with solutions) after each chapter. Finally, I also discuss questions about incomplete markets, and have references to different practical/theoretical approaches to solve pricing problems in such markets.