Computing a Multivariate Normal Integral for Valuing Compound Real Options

Computing a Multivariate Normal Integral for Valuing Compound Real Options We extend the Geske (1979) model to a multivariate normal integral for the valuation of a compound real option. We compared the computing speeds and errors of three numerical integration methods, namely, Drezner's improved Gauss quadrature method, Monte Carlo method and Lattice method, together with appropriate critical value finding methods. It is found that secant method for finding critical values combined with Lattice method and run by Fortran took merely one second, Monte Carlo method 120 seconds. It is also found that the real option decreases with interest rate, not necessarily positively correlated with volatility σ, a result different from that anticipated under financial option theory. This is mainly because the underlying of real option is a non-traded asset, which brings dividend-like yield into the formula of compound real options. Dividend-like yield rises with the multiplication of correlation coefficient ρ and σ. High ρ indicates the poor diversification advantage of the new investment project in relation to the existing market portfolio, and the value of real call option decreases with σ. Conversely, when ρ is low, the proposed project provides better diversification advantage and the real call option rises with σ. Irrespective of the value of ρ, when interest rate increases, the value of real call option drops, especially when ρ is high, the value of the project is dominated by interest rate. http://www.deepdyve.com/assets/images/DeepDyve-Logo-lg.png Review of Quantitative Finance and Accounting Springer Journals

Computing a Multivariate Normal Integral for Valuing Compound Real Options

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Publisher
Kluwer Academic Publishers
Copyright
Copyright © 2002 by Kluwer Academic Publishers
Subject
Finance; Corporate Finance; Accounting/Auditing; Econometrics; Operation Research/Decision Theory
ISSN
0924-865X
eISSN
1573-7179
D.O.I.
10.1023/A:1014569119068
Publisher site
See Article on Publisher Site

Abstract

We extend the Geske (1979) model to a multivariate normal integral for the valuation of a compound real option. We compared the computing speeds and errors of three numerical integration methods, namely, Drezner's improved Gauss quadrature method, Monte Carlo method and Lattice method, together with appropriate critical value finding methods. It is found that secant method for finding critical values combined with Lattice method and run by Fortran took merely one second, Monte Carlo method 120 seconds. It is also found that the real option decreases with interest rate, not necessarily positively correlated with volatility σ, a result different from that anticipated under financial option theory. This is mainly because the underlying of real option is a non-traded asset, which brings dividend-like yield into the formula of compound real options. Dividend-like yield rises with the multiplication of correlation coefficient ρ and σ. High ρ indicates the poor diversification advantage of the new investment project in relation to the existing market portfolio, and the value of real call option decreases with σ. Conversely, when ρ is low, the proposed project provides better diversification advantage and the real call option rises with σ. Irrespective of the value of ρ, when interest rate increases, the value of real call option drops, especially when ρ is high, the value of the project is dominated by interest rate.

Journal

Review of Quantitative Finance and AccountingSpringer Journals

Published: Oct 13, 2004

References

  • Market Risk Adjustment in Project Valuation
    Constantinides, G.
  • Comment on a New Method for the Evaluation of Multidimensional Integrals
    Lyness, J. N.; Gabriel, J. R.

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