... of their operation. mechanical control equipment power control fluid dynamics mechatronics motion control actuators energy storage springs (mechanical) 06 01 2003 18 04 2004 2005 American Society of Mechanical Engineers ...

... are difficult to apply to time-delay systems with some effectiveness. Control system design methods that explicitly account for the presence of time delays are needed. mechanical control equipment nonlinear systems discrete time systems series (mathematics) delays sampled data systems dimensions...

...-1098 , 28 ( 5 ), pp. 1017 – 1020 . 19 08 2003 03 03 2004 mechanical control equipment feedback closed loop systems stability criteria theorem proving tracking Quantitative feedback theory (QFT) is a practical design methodology founded on the need to handle...

... robots mechanical control equipment sonar sensors feedback Kalman filters controllers robust control The ability of following object contours is a basic task in several indoor applications of autonomous mobile robots, such as map building 1 2 and obstacle avoidance 3 . For instance...

... of a rotational inverted pendulum system is examined. The performance of the proposed approach is validated by both numerical and experimental results. [S0022-0434(00)01601-4] 02 November 1998 nonlinear dynamical systems control systems pendulums DC motors mechanical control equipment Block...

.... S. Chandran. 15 July 1996 aerospace engines compressors control systems hysteresis motors feedback mechanical control equipment In recent years, aeroengine compressor systems have become a subject of major interest to control engineers. There are two types of instability...

... optical sensors pneumatic systems mechanical control equipment actuators The aim of this work is to elaborate a mathematical model with practical methods for its numerical resolution of an opto-pneumatic detector (OPD) used in an opto-pneumatic interface. This kind of system is very useful...