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Control strategies of an inverted pendulum.

Authors :
Collins, D.J.
Naval Postgraduate School
Aeronautics
Harding, Richard Warren
Collins, D.J.
Naval Postgraduate School
Aeronautics
Harding, Richard Warren

Abstract

In a space booster on takeoff, a control system must be employed to prevent the rocket from falling over as it is forced upward by the engines. One accurate dynamic model of the space booster on takeoff is the inverted pendulum. This paper investigated the inverted pendulum system from development of equations of motion, through implementation of an actual inverted pendulum system using state variable feedback control. The concept of state variable feedback was analyzed in determining a solution to the problem of control of the inverted pendulum. Most importantly, design and construction of a working, solid state controlled, inverted pendulum demonstration model was accomplished.<br />http://archive.org/details/controlstrategie1094520475<br />Lieutenant Commander, United States Navy<br />Approved for public release; distribution is unlimited.

Details

Database :
OAIster
Notes :
application/pdf, en_US
Publication Type :
Electronic Resource
Accession number :
edsoai.on1142069769
Document Type :
Electronic Resource