This paper presents a novel functional observer for motion control systems to provide higher accuracy and less noise in comparison to existing observers. The observer uses the input current and position information along with the nominal parameters of the plant and can observe the velocity, acceleration and disturbance information of the system. The novelty of the observer is based on its functional structure that can intrinsically estimate and compensate the un-measured inputs (like disturbance acting on the system) using the measured input current. The experimental results of the proposed estimator verifies its success in estimating the velocity, acceleration and disturbance with better precision than other second order observers.U radu j...
International audienceThis paper proposes a solution to the problem of velocity and position estimat...
This paper presents an extension to the Unknown Input Disturbance Observer (UIDO) and the Disturbanc...
Estimacija stanja i praćenje manevrirajućih objekata jedan je od važnijih zadataka sustava za praćen...
This paper presents a novel functional observer for motion control systems to provide higher accurac...
This paper presents a novel functional observer which can observe the velocity, acceleration and dis...
In this paper motion control systems with delay in measurement and control channels are discussed an...
The majority of all commercial electronics hardware is manufactured usingSurface Mount Technology (S...
The trade-off between the noise-sensitivity and the performance of disturbance estimation is well-kn...
The paper discusses the use of acceleration measurements to improve the performance and robustness o...
This paper discusses the use of acceleration measurements to improve the performance and robustness ...
[[abstract]]Because each of the position transducers commonly used in industry, i.e., encoders and r...
The paper shows how an accelerometer- enhanced velocity estimator can be used to improve the trackin...
This paper deals with the differentiation of discrete-time, quantized signal provided by an encoder....
In motion control drives, the motor rotation speed measurement is generally obtained by means of an ...
In this thesis, development of a control system is aimed for a 1 DOF haptic device, namely Haptic Bo...
International audienceThis paper proposes a solution to the problem of velocity and position estimat...
This paper presents an extension to the Unknown Input Disturbance Observer (UIDO) and the Disturbanc...
Estimacija stanja i praćenje manevrirajućih objekata jedan je od važnijih zadataka sustava za praćen...
This paper presents a novel functional observer for motion control systems to provide higher accurac...
This paper presents a novel functional observer which can observe the velocity, acceleration and dis...
In this paper motion control systems with delay in measurement and control channels are discussed an...
The majority of all commercial electronics hardware is manufactured usingSurface Mount Technology (S...
The trade-off between the noise-sensitivity and the performance of disturbance estimation is well-kn...
The paper discusses the use of acceleration measurements to improve the performance and robustness o...
This paper discusses the use of acceleration measurements to improve the performance and robustness ...
[[abstract]]Because each of the position transducers commonly used in industry, i.e., encoders and r...
The paper shows how an accelerometer- enhanced velocity estimator can be used to improve the trackin...
This paper deals with the differentiation of discrete-time, quantized signal provided by an encoder....
In motion control drives, the motor rotation speed measurement is generally obtained by means of an ...
In this thesis, development of a control system is aimed for a 1 DOF haptic device, namely Haptic Bo...
International audienceThis paper proposes a solution to the problem of velocity and position estimat...
This paper presents an extension to the Unknown Input Disturbance Observer (UIDO) and the Disturbanc...
Estimacija stanja i praćenje manevrirajućih objekata jedan je od važnijih zadataka sustava za praćen...