[[abstract]]The design of delayed control systems without limitation on the orders of the plant and the controller is given using a simple frequency-domain criterion that partitions the space of the controller parameters into two sets: one is undesirable and will cause an unsatisfactory response; the other is desirable and can guarantee robust stability and attain satisfactory response with little overshoot and little oscillation. From the desirable set, the final design parameters are easy to obtain by searching the set of controller parameters that lead to the maximum open-loop gain. One example is given to compare the results obtained by conventional methods with those of the method in this paper.[[fileno]]2020225010067[[department]]動機
Systems with delays exist universally in engineering, such as manufacturing process, networked contr...
Stability in presence of (possibly varying)time-delays in a control loopconsisting of a continuous-t...
One outcome of a PhD project (David Tingey). Industrial systems which involve time delays are diffic...
[[abstract]]An optimizing design method based on a frequency-domain criterion is presented for multi...
This paper presents performance limitations and a control design methodology for nonminimum phase pl...
In this thesis two novel controller design methodologies are proposed for the design of regulation s...
In this paper alternative frequency-domain criteria areprovided for the stability of discrete-time n...
This study considers the problem of control synthesis via static output feedback for time-delay syst...
Historically the design of linear control systems was developed with a wealth of graphical tools su...
This paper is concerned with the design of single-input single-output controllers in the frequency d...
Handling delays in control systems is difficult and is of long-standing interest. It is well known ...
Frequency Domain Criteria for Absolute Stability focuses on recently-developed methods of delay-inte...
The paper deals with a promising frequency domain approach to the design of a gain scheduled control...
International audienceThis volume in the newly established series Advances in Delays and Dynamics (A...
. Experimental data used as a base for the design of rough controllers may result from measurements ...
Systems with delays exist universally in engineering, such as manufacturing process, networked contr...
Stability in presence of (possibly varying)time-delays in a control loopconsisting of a continuous-t...
One outcome of a PhD project (David Tingey). Industrial systems which involve time delays are diffic...
[[abstract]]An optimizing design method based on a frequency-domain criterion is presented for multi...
This paper presents performance limitations and a control design methodology for nonminimum phase pl...
In this thesis two novel controller design methodologies are proposed for the design of regulation s...
In this paper alternative frequency-domain criteria areprovided for the stability of discrete-time n...
This study considers the problem of control synthesis via static output feedback for time-delay syst...
Historically the design of linear control systems was developed with a wealth of graphical tools su...
This paper is concerned with the design of single-input single-output controllers in the frequency d...
Handling delays in control systems is difficult and is of long-standing interest. It is well known ...
Frequency Domain Criteria for Absolute Stability focuses on recently-developed methods of delay-inte...
The paper deals with a promising frequency domain approach to the design of a gain scheduled control...
International audienceThis volume in the newly established series Advances in Delays and Dynamics (A...
. Experimental data used as a base for the design of rough controllers may result from measurements ...
Systems with delays exist universally in engineering, such as manufacturing process, networked contr...
Stability in presence of (possibly varying)time-delays in a control loopconsisting of a continuous-t...
One outcome of a PhD project (David Tingey). Industrial systems which involve time delays are diffic...