Two main approaches on sampled control are compared, the descrete equivalent design and the direct discrete design. Both design methods are used to implement a control system for a real plant, DC-motor. It is shown that discrete equivalent design works well with su cient high sampling rates and that direct discrete design works nearly independent of sampling time
Abstract — Optimal design of digital controllers for industrial electromechanical servo systems usin...
Control design for high-performance sampled-data systems with continuous time performance specificat...
This paper report contains an explanation of how to design a digital controller using the Laplace Tr...
Two main approaches on sampled control are compared, the descrete equivalent design and the direct d...
This book presents practical techniques of discrete-time control system design. In general, the desi...
The increasing use of digital equipment in control in the last half century made a tremendous impact...
The variable sampling rate system is encountered in many applications. When the speed information is...
The control of modern electrical power systems is, in some respects, limited by traditional analogue...
This study is made up of three parts viz: 1. For a process which can adequately be modelled as seco...
In this paper we compare, via example, the standard approaches to sampled-data design with recently ...
The current journal paper proposes an end-to-end analysis for the numerical implementation of a two-...
In last year’s GRASP [3], we presented a simple unified design approach, which was independent of th...
Despite the existence of methods for a direct optimal design of sampled-data control systems, it is ...
Abstract: DC motors provide a high starting torque and play a significant role in modern industrial...
Optimal design of digital controllers for industrial electromechanical servo systems using an Hinf-c...
Abstract — Optimal design of digital controllers for industrial electromechanical servo systems usin...
Control design for high-performance sampled-data systems with continuous time performance specificat...
This paper report contains an explanation of how to design a digital controller using the Laplace Tr...
Two main approaches on sampled control are compared, the descrete equivalent design and the direct d...
This book presents practical techniques of discrete-time control system design. In general, the desi...
The increasing use of digital equipment in control in the last half century made a tremendous impact...
The variable sampling rate system is encountered in many applications. When the speed information is...
The control of modern electrical power systems is, in some respects, limited by traditional analogue...
This study is made up of three parts viz: 1. For a process which can adequately be modelled as seco...
In this paper we compare, via example, the standard approaches to sampled-data design with recently ...
The current journal paper proposes an end-to-end analysis for the numerical implementation of a two-...
In last year’s GRASP [3], we presented a simple unified design approach, which was independent of th...
Despite the existence of methods for a direct optimal design of sampled-data control systems, it is ...
Abstract: DC motors provide a high starting torque and play a significant role in modern industrial...
Optimal design of digital controllers for industrial electromechanical servo systems using an Hinf-c...
Abstract — Optimal design of digital controllers for industrial electromechanical servo systems usin...
Control design for high-performance sampled-data systems with continuous time performance specificat...
This paper report contains an explanation of how to design a digital controller using the Laplace Tr...