Product Description
Scenario analysis has been used through much of RAND's five decades as a means to break through the limits to thinking about the unknown. The authors show how the creative use of new information technology will increasingly allow the common-sense notion of long-term planning without predictions to be applied with analytical rigor to the most serious challenges facing humankind. The authors examine traditional methods and discuss new tools and methods available to increase the power of longer-term policy analysis. These new methods are used in an illustrative case study which utilizes a simple model and data set; the authors also discuss how their method may be extended to more realistic, real-world cases. This book will interest all those involved in future assessment, longer-term planning and analysis, and research methodologies.
--This text refers to the
Paperback
edition.
About the Author
Robert J. Lempert (Ph.D., Applied Physics, Harvard University) is a senior physical scientist at RAND. Dr. Lempert's recent work has focused on science and technology policy.
Steven W. Popper (Ph.D., Economics, UC Berkeley) is a senior economist in RAND's International Policy Department and serves as Associate Director of the Science and Technology Policy Institute.
Steven C. Bankes (Ph.D., Computer Science, University of Colorado) is a senior computer scientist at RAND. Dr. Bankes is the originator of the computational research methodologies known as "exploratory modeling," which provide a basis for studying complex, adaptive, and incompletely understood systems through computational experiments.
--This text refers to the
Paperback
edition.