Path: utzoo!attcan!utgpu!jarvis.csri.toronto.edu!mailrus!tut.cis.ohio-state.edu!brutus.cs.uiuc.edu!usc!aero!primrose.aero.org!plonski From: plonski@primrose.aero.org (Mike Plonski) Newsgroups: comp.ai.neural-nets Subject: Summary of Broom Balancing References Keywords: broom balance, control, inverted pendulum, references Message-ID: <57104@aerospace.AERO.ORG> Date: 1 Sep 89 05:49:18 GMT Sender: news@aerospace.aero.org Organization: The Aerospace Corporation Lines: 65 I am enclosing a summary of the responses I received concerning the broom balancing problem, along with those I found on my own. My thanks to those who contributed. ------------------------------------------------------------------------------- . . .__. The opinions expressed herin are soley |\./| !__! Michael Plonski those of the author and do not represent | | | "plonski@aero.org" those of The Aerospace Corporation. _______________________________________________________________________________ %T The original adaptive neural net broom balancer %A Bernard Widrow %J IEEE International Symposium on Circuits and Systems %D |MAY| 1987 %P 351-357 %T A Learning Architecture for Control Based on Back-propogation Neural Networks %A Richard K. Elsley %J |ICNN88| Int. Conference on Neural Networks 1988 %V II %P 587-594 %K robotics %T A Neuromorphic Controller with a Human Teacher %A Allon Guez %A John Selinsky %J |ICNN88| Int. Conference on Neural Networks 1988 %V II %P 595-602 %K broom balance, trainable adaptive controllers %T Control System Design %o An Introduction to State Space Methods %A Bernard Friedland %I |MGHill| %D 1986 %K Dynamics, mechanics, inverted pendulum, broom balance %X Develops the equations for aerodynamic models for a missle in flight and the inverted pendulum problem %T A Learning Architecture for Control Based on Back-propogation Neural Networks %A Richard K. Elsley %J |ICNN88| Int. Conference on Neural Networks 1988 %V II %P 587-594 %K robotics %T A Neuromorphic Controller with a Human Teacher %A Allon Guez %A John Selinsky %J |ICNN88| Int. Conference on Neural Networks 1988 %V II %P 595-602 %K broom balance, trainable adaptive controllers %T Control System Design %o An Introduction to State Space Methods %A Bernard Friedland %I |MGHill| %D 1986 %K Dynamics, mechanics, inverted pendulum, broom balance %X Develops the equations for aerodynamic models for a missle in flight and the inverted pendulum problem