Ozone: ODE and Optimal Control Solver(LEW-19703-1)

aeronautics
Ozone: ODE and Optimal Control Solver
(LEW-19703-1)
Overview
Ozone is a Python software package that facilitates the solution of ordinary differential equations (ODEs) and optimal control problems. It is unique among similar libraries because of its capability to compute derivatives of the ODEs integrated outputs with respect to parameters, initial conditions, and the time interval. This is implemented in a manner that allows Ozone-based ODE models to be integrated in larger, potentially multidisciplinary models while using adjoint-type methods to compute derivatives for the larger model. In terms of the ODE integration, Ozone adopts the general linear methods (GLM) equations, allowing it to easily support a large library of Runge-Kutta and linear multistep methods. Ozone also supports multiple integration formulations, consisting of time-marching, solver-based, and optimizer-based approaches to solving the ODE. Ozone is built on top of NASAs OpenMDAO software framework.
Software Details

Category
Aeronautics
Reference Number
LEW-19703-1
Release Type
Open Source
Operating System
Windows, Linux, OS X
Contact Us About This Technology

Glenn Research Center
Stay up to date, follow NASA's Technology Transfer Program on:
facebook twitter linkedin youtube
Facebook Logo Twitter Logo Linkedin Logo Youtube Logo