Authors: S J Nettleton
Comments: 6 Pages.
Extreme transcendental differential equations are found in many applications including geophysical climate change models. Solution of these
systems in continuous time has only been feasible with the recent development of Runge−Kutta sampling transcendental differential equation
solvers with Chebyshev function output such as Mathematica 9's NDSolve function. This paper presents the challenges and means of solving the
widely used DICE 2007 integrated assessment model in continuous time. Application of the solution technique in a mobile policy tool is discussed.
Category: Data Structures and Algorithms