This paper addresses the calculation of derivatives of fractional order for non-smooth data. The noise is avoided by adopting an optimization formulation using genetic algorithms (GA). Given the flexibility of the evolutionary schemes, a hierarchical GA composed by a series of two GAs, each one with a distinct fitness function, is established
This paper analyses the performance of a genetic algorithm (GA) in the synthesis of digital circuits...
The application of evolutionary algorithms in optimization is currently receiving growing interest f...
This work addresses the fractional-order dynamics during the evolution of a Genetic Algorithm popula...
This paper addresses the calculation of fractional derivatives of fractional order for non-smooth da...
This paper addresses the calculation of derivatives of fractional order for non-smooth data. The noi...
This study addresses the optimization of rational fraction approximations for the discrete-time calc...
This study addresses the optimization of fractional algorithms for the discrete-time control of line...
In this paper a new method for the calculation of the fractional expressions in the presence of sens...
This paper investigate the fractional-order dynamics during the evolution of a Genetic Algorithm (GA...
This work addresses the signal propagation and the fractional-order dynamics during the evolution of...
This paper analyses the performance of a Genetic Algorithm (GA) in the synthesis of digital circuits...
This paper addresses the calculation of fractional order expressions through rational fractions. The...
This paper studies the optimization of complex-order algorithms for the discrete-time control of li...
The theory of fractional calculus goes back to the beginning of the theory of differential calculus,...
This paper proposes the calculation of fractional algorithms based on time-delay systems. The study...
This paper analyses the performance of a genetic algorithm (GA) in the synthesis of digital circuits...
The application of evolutionary algorithms in optimization is currently receiving growing interest f...
This work addresses the fractional-order dynamics during the evolution of a Genetic Algorithm popula...
This paper addresses the calculation of fractional derivatives of fractional order for non-smooth da...
This paper addresses the calculation of derivatives of fractional order for non-smooth data. The noi...
This study addresses the optimization of rational fraction approximations for the discrete-time calc...
This study addresses the optimization of fractional algorithms for the discrete-time control of line...
In this paper a new method for the calculation of the fractional expressions in the presence of sens...
This paper investigate the fractional-order dynamics during the evolution of a Genetic Algorithm (GA...
This work addresses the signal propagation and the fractional-order dynamics during the evolution of...
This paper analyses the performance of a Genetic Algorithm (GA) in the synthesis of digital circuits...
This paper addresses the calculation of fractional order expressions through rational fractions. The...
This paper studies the optimization of complex-order algorithms for the discrete-time control of li...
The theory of fractional calculus goes back to the beginning of the theory of differential calculus,...
This paper proposes the calculation of fractional algorithms based on time-delay systems. The study...
This paper analyses the performance of a genetic algorithm (GA) in the synthesis of digital circuits...
The application of evolutionary algorithms in optimization is currently receiving growing interest f...
This work addresses the fractional-order dynamics during the evolution of a Genetic Algorithm popula...