University of Houston • University of Houston-Clear Lake • ISSO Annual Report Y2005 • 115
A Neural-Network-Based Approach for Control of Vibration in a Black Hawk Helicopter
Faculty in the College of Technology and the Cullen College of
Engineering have devoted efforts to the development of a time-domain approach for control
of the vibration in a Black Hawk helicopter in an ISSO project funded in 2004. As a result
of this grant, two papers have been published and one proposal submitted since the Y2004
report.
MILITARY MOBILITY--The UH 60 Black Hawk (l.), a highly mobile aircraft manufactured by United Technologies (Stratford, CT) and General Electric (Lynn, MA) for the U.S. army.
Publications
Bai, Y. and K. M. Grigoriadis. "H-Infinity Collocated Control of Structural Systems:
An Analytical Bound Approach," J. Dynamical Sys. Measurement and Control
28.5 (2005): 850-54.
Canelon, J. I., H. A. Malki, S. A. Jacklin, and L. S. Shieh. "An Adaptive Neural
Network Model for Vibration Control in a Black Hawk Helicopter," J. Am.
Helicopter Soc. (Oct. 2005).
Institute for Space Systems Operations - Y2005 Annual Report
Copyright © 2006
|
