Theses/Dissertations
Author Chung, Pei-Te, 1981-

Title Sensitivity analysis of real options parameters / by Pei-Te Chung.

Published ©2005.
LOCATION CALL # STATUS
 MST DEPOSITORY  THESIS T 8881/8909  MICROFILM    TEMP STORAGE
 MST Thesis  THESIS T 8899    NOT CHECKED OUT
Description x, 90 leaves : illustrations ; 28 cm.
Summary "Originally derived from financial options, real options attempt to take the ideas of financial options and apply them to non-financial options. Many of the ideas of financial options have carried over into the real option method, although opportunities for research on real options still exist. Financial options have been researched thoroughly throughout the past 30 years, especially in the area of risk sensitivity. Risk sensitivity is used in financial options to help investors understand how a change in a variable will affect the value of an option. Risk sensitivity values, known as the "Greeks.", are able to accurately predict the change of an option value, due to a minimal change in a variable. Real options have yet to approach this area of analysis as comprehensively. Generalities have been made to understand how a variable's change should affect a real option's value. This analysis in this paper will show that it may not always be appropriate to attempt to use a financial "Greek"-like sensitivity analysis in real options. In many cases, a traditional sensitivity analysis is more appropriate since variable changes affect each real option in unique ways"--Abstract, leaf iii.
Notes Vita.
Includes bibliographical references (leaves 87-89).
M.S. University of Missouri--Rolla 2005.
Subjects Real options (Finance)
Other Titles MST thesis. Engineering Management (M.S., 2005).
Additional Keywords Sensitivity analysis.
Fianancial options, Greeks.
OCLC/WorldCat Number 71068747
Author Chung, Pei-Te, 1981-
Title Sensitivity analysis of real options parameters / by Pei-Te Chung.
Subjects Real options (Finance)
Additional Keywords Sensitivity analysis.
Fianancial options, Greeks.
Other Titles MST thesis. Engineering Management (M.S., 2005).