This letter presents the use of two heuristic search algorithms, named simulated annealing and genetic algorithms, for the extraction of power amplifier (PA) behavioral model parameters. Their application in this letter consists in determining the memory length and the most significant delays of the considered model structure. Two PA behavioral models have been considered: an augmented nonlinear moving average model and a nonlinear auto-regressive moving average model. By using WCDMA signals measured from a three-stage LDMOS class AB PA, both PA models were extracted. Finally, results presenting the advantages of using these heuristic search algorithms are provided.Peer Reviewe
The power amplifier (PA) is the most critical subsystem in terms of linearity and power efficiency. ...
This paper presents a method for reducing the number of weights in a time series behavioral model fo...
Polynomials have been extensively used to model power amplifier (PA) behavior because of their linea...
This letter presents the use of two heuristic search algorithms, named simulated annealing and genet...
Abstract—This letter presents the use of two heuristic search al-gorithms, named simulated annealing...
International audienceNeural networks (NN) are efficient techniques for behavioral modeling of power...
International audienceNeural networks (NN) are efficient techniques for behavioral modeling of power...
International audienceNeural networks (NN) are efficient techniques for behavioral modeling of power...
In this paper a method for obtaining a time domain behavioral model of a power amplifier from compon...
In this study, modern machine learning (ML) methods are proposed to predict the dynamic non-linear b...
A novel behavioral modeling technique for digital predistortion of radio frequency power amplifiers ...
When a larger than required dimension such as memory depth or order of nonlinearity, is specified d...
In this paper efficient computer implementationsof commonly used Volterra seriesbased power amplifie...
When a larger than required dimension such as memory depth or order of nonlinearity, is specified d...
This article performs an analysis of current limitations regarding the extraction of parallel behavi...
The power amplifier (PA) is the most critical subsystem in terms of linearity and power efficiency. ...
This paper presents a method for reducing the number of weights in a time series behavioral model fo...
Polynomials have been extensively used to model power amplifier (PA) behavior because of their linea...
This letter presents the use of two heuristic search algorithms, named simulated annealing and genet...
Abstract—This letter presents the use of two heuristic search al-gorithms, named simulated annealing...
International audienceNeural networks (NN) are efficient techniques for behavioral modeling of power...
International audienceNeural networks (NN) are efficient techniques for behavioral modeling of power...
International audienceNeural networks (NN) are efficient techniques for behavioral modeling of power...
In this paper a method for obtaining a time domain behavioral model of a power amplifier from compon...
In this study, modern machine learning (ML) methods are proposed to predict the dynamic non-linear b...
A novel behavioral modeling technique for digital predistortion of radio frequency power amplifiers ...
When a larger than required dimension such as memory depth or order of nonlinearity, is specified d...
In this paper efficient computer implementationsof commonly used Volterra seriesbased power amplifie...
When a larger than required dimension such as memory depth or order of nonlinearity, is specified d...
This article performs an analysis of current limitations regarding the extraction of parallel behavi...
The power amplifier (PA) is the most critical subsystem in terms of linearity and power efficiency. ...
This paper presents a method for reducing the number of weights in a time series behavioral model fo...
Polynomials have been extensively used to model power amplifier (PA) behavior because of their linea...