Advanced Control Techniques Move from Theory to Practice: Techniques that Have Made it : Proceedings of the Twelfth Annual Advanced Control Conference, West Lafayette, Indiana, September 15-17, 1986Henry M. Morris, E. J. Kompass, Theodore Joseph Williams |
Contents
APPLICATIONS OF MODERN CONTROL TECHNIQUES TO INDUSTRIAL | 1 |
PROCESS CONTROL MODERN | 19 |
PRACTICAL | 49 |
Copyright | |
9 other sections not shown
Common terms and phrases
adaptive advanced control allows analog application automatic Automation batch billets boiler calculation changes column combustion compensate configuration constraints control algorithms control engineers control path control problem control strategies control techniques control theory database decoupling defined developed distributed control system disturbance dynamic effect equations equipment example expert system fault detection fault diagnosis feedforward feedforward control FILTER OUTPUT flow fuel function gain scheduling hardware heat implementation industrial processes initialization integration interface Kalman filter ladder logic linear linear program MATERIAL PROFILE math model matrix measurement methods Model-Based modern control Network on-line operation optimal control parameters pattern recognition performance PID Controller pressure Process Control process inputs process model production rate production scheduling pyrometer reflux regulatory control reheat furnace response result Rexnord self-tuning control set point shown in Figure simulation slab solution steam steel structure subsystems theory throughput tuning values valve variables windup zero