Add to ORKGThis paper presents a systematic method of investigating the existence of limit cycle oscillations in feedback systems with combined integral pulse frequency-pulse width (IPF-P/V) modulation. The method is based on the non-linear discrete equivalence of the continuous feedback system containing the IPF-PW modulator
Nonlinear limit cycle oscillators are common in nature and man-made equipments, for example, they oc...
Intermittent control is a feedback control design method that combines both continuous-time and disc...
This paper is focused on digital dynamic pulse-frequency modulation (DPFM) control systems that can ...
This paper presents a systematic method of investigating the existence of limit cycle oscillations i...
This paper presents a systematic method of investigating the existence of periodic oscillations in f...
In this paper, a new form of general combined pulse modulation scheme incorporating the pulse freque...
A new form of combined pulse modulator using integral pulse-frequency modulation and pulse-width mod...
Abstract:- A system consisting of a continuous stable linear part and of a pulse element is consider...
The thesis consists of an introduction and four appended papers. In the introduction we give an over...
This dissertation is concerned with oscillations and their stability which occur in a control system...
The objective of this dissertation is to study the dynamics of systems consisting of interconnection...
Nonlinear limit cycle oscillators are common in nature and man-made equipments, for example, they oc...
Describing functions for stability analysis of integral pulse frequency modulated unity feedback clo...
This thesis presents the problem of adapting pulse modulator theory to industrial controls. The clas...
The methods have been developed, and the necessary and sufficient stability conditions of the integr...
Nonlinear limit cycle oscillators are common in nature and man-made equipments, for example, they oc...
Intermittent control is a feedback control design method that combines both continuous-time and disc...
This paper is focused on digital dynamic pulse-frequency modulation (DPFM) control systems that can ...
This paper presents a systematic method of investigating the existence of limit cycle oscillations i...
This paper presents a systematic method of investigating the existence of periodic oscillations in f...
In this paper, a new form of general combined pulse modulation scheme incorporating the pulse freque...
A new form of combined pulse modulator using integral pulse-frequency modulation and pulse-width mod...
Abstract:- A system consisting of a continuous stable linear part and of a pulse element is consider...
The thesis consists of an introduction and four appended papers. In the introduction we give an over...
This dissertation is concerned with oscillations and their stability which occur in a control system...
The objective of this dissertation is to study the dynamics of systems consisting of interconnection...
Nonlinear limit cycle oscillators are common in nature and man-made equipments, for example, they oc...
Describing functions for stability analysis of integral pulse frequency modulated unity feedback clo...
This thesis presents the problem of adapting pulse modulator theory to industrial controls. The clas...
The methods have been developed, and the necessary and sufficient stability conditions of the integr...
Nonlinear limit cycle oscillators are common in nature and man-made equipments, for example, they oc...
Intermittent control is a feedback control design method that combines both continuous-time and disc...
This paper is focused on digital dynamic pulse-frequency modulation (DPFM) control systems that can ...