Control of multivariable systems containing time delays using a multivariable smith predictor
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- Type
- article
- Published
- 1974-02-01
- Cited by
- 34
- References
- 5
- OpenAlex
- https://openalex.org/W2086932047
- Semantic Scholar
- https://api.semanticscholar.org/CorpusID:98041539
Keywords
Multivariable calculus, Smith predictor, Control theory (sociology), Evaporator, Mathematics
References
- Experimental evaluation of optimal, multivariable regulatory controllers with model-following capabilities
- Optimal control of multivariable systems with pure time delays
- Optimal feedback control for linear-quadratic systems having time delays†
- State-feedback controller for systems with dead time
- An extension of the Smith Predictor method to multivariable linear systems containing time delays
Cited by
- Extension of the smith predictor
- On Certain Aspects of Linear Retarded Multi-variable Feedback Control Systems
- Dead Time Compensation via the Time Domain Predictor Method
- Time-delay mismatch and the performance of predictor control schemes
- An experimental evaluation of state estimation in multivariable control systems
- A sensitivity analysis of the smith predictor controller
- The solution of finite‐time optimal control problems with control time delays
- The MFCS for linear system with time-delay
- Decoupling Smith Predictor Design for Multivariable Systems with Multiple Time Delays
- Experience With Experimental Applications of Multivariable Computer Control
- On the design and properties of multivariable dead time compensators
- Design of MFCS with Time-Delay for Chemical Processing System
- Design of decentralised Smith predictor for multivariable non-square processes with multiple time delays
- Study of the Time-Delay System with Integral-Type
- An experimental application of time delay compensation techniques to distillation column control
- Relay-tuned finite spectrum assignment control of time delay processes
- Prediction principles for time-delay system controller synthesis
- State predictive model following control system for linear time delays
- AN OPTIMAL CONTROLLER FOR DISCRETE TIME DELAY SYSTEMS REQUIRING NO PREDICTION
- On modeling error characterization of multiple dead times systems
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