| 385 - 385 |
Untitled
Huang B |
| 386 - 398 |
The use of simplified or misspecified models: Linear case
Wu S, Harris TJ, McAuley KB |
| 399 - 407 |
Identification of multivariable delay processes in presence of nonzero initial conditions and disturbances
Liu M, Wang QG, Hang CC, Tang W |
| 408 - 415 |
Nonainear model predictive control: A personal retrospective
Bequette BW |
| 416 - 423 |
Transition from batch to continuous operation in bio-reactors: A model predictive control approach and application
Mhaskar P, Aumi S |
| 424 - 432 |
Characteristics-based model predictive control of a catalytic flow reversal reactor
Fuxman AM, Forbes JF, Hayes RE |
| 433 - 446 |
Integration of design and control: A robust control approach using MPC
Chawankul N, Sandoval LAR, Budman H, Douglas RL |
| 447 - 453 |
Dependence of the error in the optimal solution of perturbation-based extremum seeking methods on the excitation frequency
Chioula M, Srinivasan B, Guay M, Perrier M |
| 454 - 464 |
Reference trajectory optimilmon under constrained predictive control
Lam DK, Baker R, Swartz CLE |
| 465 - 478 |
Using dynamic optimization technique to study the operation of batch reactors
Sun DY, Lin PM, Lin SP |
| 479 - 489 |
On-line feedback control for optimal periodic control problems
Hoffner K, Hudon N, Guay M |
| 490 - 505 |
On measuring closed-loop non-linearity: A topological approach
Tan GT, Huzmezan M, Kwok KE |
| 506 - 511 |
Simulation-based design of dual-mode controller for non-linear processes
Lee JM, Lee JH |
| 512 - 525 |
Detection, diagnosis and root cause analysis of sheet-break in a pulp and paper mill with economic impact analysis
Imtiaz SA, Shah SL, Patwardhan R, Palizban HA, Ruppenstein J |
| 526 - 536 |
Fault detection of non-linear processes using kernel independent component analysis
Lee JM, Qin SJ, Lee IB |
| 537 - 548 |
Enhanced performance assessment of subspace model-based predictive controller with parameters tuning
Zhang Q, Li SY |
| 549 - 557 |
Ayproximate pole placement with dominance for continuous delay systems by PID controllers
Wang QG, Liu M, Hang CC |
