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Stochastic Processes with Applications to Finance by M. Kijima
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    • Product code: 15300
    • ISBN: 1584882247, ISBN13: 9781584882244, 288 pages,
      Published by CRC Press on 2002
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    Description of Stochastic Processes with Applications to Finance

    In recent years, modeling financial uncertainty using stochastic processes has become increasingly important, but it is commonly perceived as requiring a deep mathematical background. "Stochastic Processes with Applications to Finance" shows that this is not necessarily so. It presents the theory of discrete stochastic processes and their applications in finance in an accessible treatment that strikes a balance between the abstract and the practical. Using an approach that views sophisticated stochastic calculus as based on a simple class of discrete processes - 'random walks' - the author first provides an elementary introduction to the relevant areas of real analysis and probability.He then uses random walks to explain the change of measure formula, the reflection principle, and the Kolmogorov backward equation. The Black-Scholes formula is derived as a limit of binomial model, and applications to the pricing of derivative securities are presented. Another primary focus of the book is the pricing of corporate bonds and credit derivatives, which the author explains in terms of discrete default models.
    By presenting important results in discrete processes and showing how to transfer those results to their continuous counterparts, "Stochastic Processes with Applications to Finance" imparts an intuitive and practical understanding of the subject. This unique treatment is ideal both as a text for a graduate-level class and as a reference for researchers and practitioners in financial engineering, operations research, and mathematical and statistical finance.

    Contents of Stochastic Processes with Applications to Finance

    ELEMENTARY CALCULUS: TOWARDS ITO'S FORMULA
    Exponential and Logarithmic Functions
    Differentiation
    Taylor's Expansion
    Ito's Formula
    Integration
    Exercises

    ELEMENTS IN PROBABILITY
    The Sample Space and Probability
    Discrete Random Variables
    Continuous Random Variables
    Multivariate Random Variables
    Expectation
    Conditional Expectation
    Moment Generating Functions
    Exercises

    USEFUL DISTRIBUTIONS IN FINANCE
    Binomial Distributions
    Other Discrete Distribution
    Normal and Log-Normal Distributions
    Other Continuous Distributions
    Multivariate Normal Distributions
    Exercises

    DERIVATIVE SECURITIES
    The Money-Market Account
    Various Interest Rates
    Forward and Futures Contracts
    Options
    Interest-Rate Derivatives
    Exercises

    A DISCRETE-TIME MODEL FOR SECURITIES MARKET
    Price Processes
    The Portfolio Value and Stochastic Integral
    No-Arbitrage and Replication Portfolios
    Martingales and the Asset Pricing Theorem
    American Options
    Change of Measure
    Exercises

    RANDOM WALKS
    The Mathematical Definition
    Transition Probabilities
    The Reflection Principle
    Change of Measure Revisited
    A Binomial Securities Market Model
    Exercises
    A DISCRETE-TIME MODEL FOR DEFAULTABLE SECURITIES
    The Hazard Rate
    A Discrete Hazard Model
    Pricing of Defaultable Securities
    Correlated Defaults
    Exercises

    MARKOV CHAINS
    Markov and Strong Markov Properties
    Transition Probabilities
    Absorbing Markov Chains
    Applications to Finance
    Exercises

    THE MONTE CARLO SIMULATION
    Mathematical Backgrounds
    The Idea of Monte Carlo
    Generation of Random Numbers
    Some Examples for Financial Engineering
    Variance Reduction Methods
    Exercises

    FROM DISCRETE TO CONTINUOUS: TOWARDS THE BLACK-SCHOLES
    The Brownian Motion
    The Central Limit Theorem Revisited
    The Black-Scholes Formula
    More on Brownian Motions
    Poisson Processes
    Exercises

    BASIC STOCHASTIC PROCESSES IN CONTINUOUS TIME
    Diffusion Processes
    Sample Paths of Brownian Motions
    Martingales
    Stochastic Integrals
    Stochastic Differential Equations
    Ito's Formula Revisited
    Exercises

    A CONTINUOUS-TIME MODEL FOR SECURITIES MARKET
    Self-Financing Portfolio and No-Arbitrage
    Price Process Models
    The Black-Scholes Model
    The Risk-Neutral Method
    The Forward-Neutral Method
    The Interest-Rate Term Structure
    Pricing of Interest-Rate Derivatives
    Pricing of Corporate Debts
    Exercises

    REFERENCES


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