The Riemann-Liouville-, Caputo-, and Grünwald-Letnikov-type fractional order difference operators are discussed and used to state and solve the controllability and observability problems of linear fractional order discrete-time control systems with multiorder and multistep. It is shown that the obtained results do not depend on the type of fractional operators and steps. The comparison of systems is made under the number of steps needed, firstly to achieve a final point, and secondly to distinguish initial conditions for particular operator
The paper discusses several control techniques for a class of systems described by fractional order ...
Abstract: In the paper unconstrained local controllability problem of finite-dimensional fractional ...
Today, there is a great tendency toward using fractional calculus to solve engineering problems. The...
In this paper we extend some basic results on the controllability and observability of linear discre...
The Riemann-Liouville, Caputo and Gr¨unwald-Letnikov fractional order difference operators are discu...
This paper is concerned with the controllability and observability for a class of fractional linear ...
This thesis aims to investigate the controllability and observability of the discrete fractional lin...
Mathematicians have been discussing about the existence (and the meaning) of derivatives and integra...
The paper is devoted to the construction of observers for linear fractional multi–order difference s...
Multi-term fractional differential equations have been used to simulate fractional-order control sys...
In this paper we explore the linear difference equations with fractional orders, which are functions...
Abstract-In this paper, we formulate the fractional linear controllability of fractional-order linea...
Abstract: In this paper we explore the linear difference equations with fractional orders, which are...
The main purpose of this thesis to examine the controllability and observability of the linear discr...
Presently, the development of fractional-order controllers is one of the most promising fields of re...
The paper discusses several control techniques for a class of systems described by fractional order ...
Abstract: In the paper unconstrained local controllability problem of finite-dimensional fractional ...
Today, there is a great tendency toward using fractional calculus to solve engineering problems. The...
In this paper we extend some basic results on the controllability and observability of linear discre...
The Riemann-Liouville, Caputo and Gr¨unwald-Letnikov fractional order difference operators are discu...
This paper is concerned with the controllability and observability for a class of fractional linear ...
This thesis aims to investigate the controllability and observability of the discrete fractional lin...
Mathematicians have been discussing about the existence (and the meaning) of derivatives and integra...
The paper is devoted to the construction of observers for linear fractional multi–order difference s...
Multi-term fractional differential equations have been used to simulate fractional-order control sys...
In this paper we explore the linear difference equations with fractional orders, which are functions...
Abstract-In this paper, we formulate the fractional linear controllability of fractional-order linea...
Abstract: In this paper we explore the linear difference equations with fractional orders, which are...
The main purpose of this thesis to examine the controllability and observability of the linear discr...
Presently, the development of fractional-order controllers is one of the most promising fields of re...
The paper discusses several control techniques for a class of systems described by fractional order ...
Abstract: In the paper unconstrained local controllability problem of finite-dimensional fractional ...
Today, there is a great tendency toward using fractional calculus to solve engineering problems. The...