Add to ORKGThis research deals with a synthesis of control law by means of analytic programming for selected discrete chaotic system - Hénon Map. The novelty of the approach is that analytic programming as a tool for symbolic regression is used for the purpose of stabilization of higher periodic orbits, which represent the oscillations between several values of chaotic system. The paper consists of the descriptions of analytic programming as well as used chaotic system and detailed proposal of cost function used in optimization process. For experimentation, Self-Organizing Migrating Algorithm (SOMA) with analytic programming and Differential evolution (DE) as second algorithm for meta-evolution were used
This paper deals with the optimization of control of Henon Map, which is a discrete chaotic system. ...
This research deals with synthesis of final complex expressions by means of an evolutionary symbolic...
This research deals with the synthesis and control of chaos by means of evolutionary algorithms. The...
This research deals with a synthesis of control law by means of analytic programming for selected di...
This paper deals with the utilization of a symbolic regression tool, which is Analytic Programming (...
This research deals with a synthesis of control law for selected discrete chaotic system by means of...
This research deals with a utilization of a tool for symbolic regression, which is analytic programm...
This research deals with a utilization of tool for symbolic regression, which is analytic programmin...
This research deals with a utilization of a modern tool for symbolic regression, which is analytic p...
In this chapter, it is presented a utilization of a novel tool for symbolic regression, which is ana...
This research deals with an evolutionary synthesis of control law for Logistic equation, which is a ...
This research deals with a synthesis of control law for chaotic logistic equation by means of analyt...
This paper deals with synthesizing control laws by means of analytic programming (AP) for the Henon ...
The paper deals with a synthesis of control law for discrete chaotic logistic equation system by mea...
This research deals with the optimization of control of Hénon Map, which is a discrete chaotic syste...
This paper deals with the optimization of control of Henon Map, which is a discrete chaotic system. ...
This research deals with synthesis of final complex expressions by means of an evolutionary symbolic...
This research deals with the synthesis and control of chaos by means of evolutionary algorithms. The...
This research deals with a synthesis of control law by means of analytic programming for selected di...
This paper deals with the utilization of a symbolic regression tool, which is Analytic Programming (...
This research deals with a synthesis of control law for selected discrete chaotic system by means of...
This research deals with a utilization of a tool for symbolic regression, which is analytic programm...
This research deals with a utilization of tool for symbolic regression, which is analytic programmin...
This research deals with a utilization of a modern tool for symbolic regression, which is analytic p...
In this chapter, it is presented a utilization of a novel tool for symbolic regression, which is ana...
This research deals with an evolutionary synthesis of control law for Logistic equation, which is a ...
This research deals with a synthesis of control law for chaotic logistic equation by means of analyt...
This paper deals with synthesizing control laws by means of analytic programming (AP) for the Henon ...
The paper deals with a synthesis of control law for discrete chaotic logistic equation system by mea...
This research deals with the optimization of control of Hénon Map, which is a discrete chaotic syste...
This paper deals with the optimization of control of Henon Map, which is a discrete chaotic system. ...
This research deals with synthesis of final complex expressions by means of an evolutionary symbolic...
This research deals with the synthesis and control of chaos by means of evolutionary algorithms. The...