Add to ORKGThe authors present robust stability bounds for sampled data systems. The bounds are derived for the general case of additive perturbation in a system, and the control gain matrices for continuous time systems under discrete state feedback control. They then present a numerical controller design algorithm based on the derived bounds. Examples are used for demonstration
A sampled data model falls somewhere between continuous and discrete time models: The plant evolves ...
With rapid advances in digital technology and computers, a large number of controllers are being imp...
Jury and Pavlidis have shown that sampled-data systems have three critical stability boundaries. Th...
The authors present robust stability bounds for sampled data systems. The bounds are derived for the...
The authors present robust stability bounds for sampled data systems. The bounds are derived for the...
The authors present robust stability bounds for sampled data systems. The bounds are derived for the...
Uncertainties in a plant's dynamics and in its input and output channels make it difficult for a con...
In this dissertation, the robust stability issues for uncertain discrete-time and sampled-data contr...
Computer controlled systems are being widely used in industry. This has been made possible by the ra...
When a linear plant model is discretized for digital control, then uncertain physical plant paramete...
Abstract — Motivated by the widespread use of networked and embedded control systems, an algorithm f...
In this paper, we propose a new simple design technique for constructing digital PID compensators fo...
A new approach to robust sampled-data control is introduced. The system is modelled as a continuous-...
Peer Reviewedhttp://deepblue.lib.umich.edu/bitstream/2027.42/57857/1/RobStabSampDataSCL1989.pd
Robust continuous-time control for nonlinear output feedback systems has been well studied in litera...
A sampled data model falls somewhere between continuous and discrete time models: The plant evolves ...
With rapid advances in digital technology and computers, a large number of controllers are being imp...
Jury and Pavlidis have shown that sampled-data systems have three critical stability boundaries. Th...
The authors present robust stability bounds for sampled data systems. The bounds are derived for the...
The authors present robust stability bounds for sampled data systems. The bounds are derived for the...
The authors present robust stability bounds for sampled data systems. The bounds are derived for the...
Uncertainties in a plant's dynamics and in its input and output channels make it difficult for a con...
In this dissertation, the robust stability issues for uncertain discrete-time and sampled-data contr...
Computer controlled systems are being widely used in industry. This has been made possible by the ra...
When a linear plant model is discretized for digital control, then uncertain physical plant paramete...
Abstract — Motivated by the widespread use of networked and embedded control systems, an algorithm f...
In this paper, we propose a new simple design technique for constructing digital PID compensators fo...
A new approach to robust sampled-data control is introduced. The system is modelled as a continuous-...
Peer Reviewedhttp://deepblue.lib.umich.edu/bitstream/2027.42/57857/1/RobStabSampDataSCL1989.pd
Robust continuous-time control for nonlinear output feedback systems has been well studied in litera...
A sampled data model falls somewhere between continuous and discrete time models: The plant evolves ...
With rapid advances in digital technology and computers, a large number of controllers are being imp...
Jury and Pavlidis have shown that sampled-data systems have three critical stability boundaries. Th...