Add to ORKGThis article discusses several different implementations of Volterra seriesmodels, and performs a fair comparison between them using measured data and well known figures of merit. Among the implemented models, an approach that uses sub-sampling techniques together with Volterra series in a parallel cascade structure shows an improved performance compared to the other variations of Volterra seriesmodels.Based on the results, new trends in RF power amplifier behavioral modeling are suggested.Peer Reviewe
The 2016 IEEE Topical Conference on Power Amplifiers for Wireless and Radio Applications ( PAWR), Au...
We propose a framework for complexity analysis of Volterra series and derivatives thereof, and formu...
The 2016 IEEE Topical Conference on Power Amplifiers for Wireless and Radio Applications ( PAWR), Au...
This article discusses several different implementations of Volterra seriesmodels, and performs a fa...
This paper presents an overview of recently-developed, simplified Volterra series based, behavioral ...
This paper presents a historical review of the many behavioral models actually used to model radio f...
This paper presents a historical review of the many behavioral models actually used to model radio f...
This paper proves that the traditional way of deriving power amplifier low-pass equivalent complex-s...
This paper discusses the applicability of an orthogonally extracted Volterra series behavioural mode...
In this paper efficient computer implementationsof commonly used Volterra seriesbased power amplifie...
In this paper a new Volterra Series based behavioral model for active nonlinear RF power amplifiers ...
This paper presents a method for reducing the number of weights in a time series behavioral model fo...
A comparative study of state-of-art nonlinear amplifier models are presented in this document. The m...
A comparative study of state-of-art nonlinear amplifier models are presented in this document. The m...
We propose a framework for complexity analysis of Volterra series and derivatives thereof, and formu...
The 2016 IEEE Topical Conference on Power Amplifiers for Wireless and Radio Applications ( PAWR), Au...
We propose a framework for complexity analysis of Volterra series and derivatives thereof, and formu...
The 2016 IEEE Topical Conference on Power Amplifiers for Wireless and Radio Applications ( PAWR), Au...
This article discusses several different implementations of Volterra seriesmodels, and performs a fa...
This paper presents an overview of recently-developed, simplified Volterra series based, behavioral ...
This paper presents a historical review of the many behavioral models actually used to model radio f...
This paper presents a historical review of the many behavioral models actually used to model radio f...
This paper proves that the traditional way of deriving power amplifier low-pass equivalent complex-s...
This paper discusses the applicability of an orthogonally extracted Volterra series behavioural mode...
In this paper efficient computer implementationsof commonly used Volterra seriesbased power amplifie...
In this paper a new Volterra Series based behavioral model for active nonlinear RF power amplifiers ...
This paper presents a method for reducing the number of weights in a time series behavioral model fo...
A comparative study of state-of-art nonlinear amplifier models are presented in this document. The m...
A comparative study of state-of-art nonlinear amplifier models are presented in this document. The m...
We propose a framework for complexity analysis of Volterra series and derivatives thereof, and formu...
The 2016 IEEE Topical Conference on Power Amplifiers for Wireless and Radio Applications ( PAWR), Au...
We propose a framework for complexity analysis of Volterra series and derivatives thereof, and formu...
The 2016 IEEE Topical Conference on Power Amplifiers for Wireless and Radio Applications ( PAWR), Au...