DLR Portal
Home|Imprint|Sitemap|Contact |Deutsch
You are here: :Research:Control Methods & Tools:Non-Linear Analysis and Synthesis Methods
Advanced Search
Institute
Departments
Research
Rollin' Justin
Hand-Arm-System
Light-Weight Robots
Hands
Legged Robots
3D Modeller
Medical Robotics
Mechatronic devices
Bionics
Telepresence & VR
Vision
Space Robotics
Flying Robots
Aeronautics
Automotive
Railway Sytems
Control Methods & Tools
Multi-Disciplinary Modelling and Simulation
Optimisation-Based Multi-Objective Design
Non-Linear Analysis and Synthesis Methods
Linear Analysis and Synthesis Methods
Demonstrators
Industrial Robot Control
Publications
Job offers
Downloadable Images
Send article to a friendPrint

Non-linear analysis and synthesis methods for robust control



Non-linear controller synthesis is represented by the method of non-linear dynamic inversion or feedback linearisation. Non-linear dynamic inversion makes optimal use of the known and modeled system dynamics and provides good de-coupled tracking performance, inherent gain scheduling to measurable parameter variations. The inverse model can derived automatically from a Modelica-model of the plant as fast executable controller code.

Copyright © 2012 German Aerospace Center (DLR). All rights reserved.