A model for the design of rectangular microstrip antennas, based on artificial neural networks, is presented. The multiple output design parameters are calculated by using only one network. The extended delta-bar-delta algorithm is used to train the network. The neural model is simple and is useful for the computer-aided design (CAD) of microstrip antennas. The design results obtained by using the neural model are in very good agreement with the results available in the literature
A new method based on the backpropagation multilayered perceptron network for calculating the bandwi...
A new method based on the backpropagation multilayered perceptron network for calculating the bandwi...
Neural models for calculating the resonant frequency of electrically thin and thick rectangular micr...
A model for the design of rectangular microstrip antennas, based on artificial neural networks, is p...
A model for the design of rectangular microstrip antennas, based on artificial neural networks, is p...
This paper presents models that can be used in the design of microstrip antennas for mobile communic...
A new method for calculating the resonant resistance of electrically thin and thick rectangular micr...
A new method for calculating the resonant resistance of electrically thin and thick rectangular micr...
This paper presents a new model based on the backpropagation multilayered perception network to find...
This paper presents a new model based on the backpropagation multilayered perception network to find...
Artificial Neural Network (ANNs) techniques are recently indicating a lot of promises in the applica...
A new method based on artificial neural networks for calculating the resonant frequency of circular ...
A new method based on artificial neural networks for calculating the resonant frequency of circular ...
A new method based on the backpropagation multilayered perceptron network for calculating the bandwi...
A method based on artificial neural networks (ANA's) for calculating the input resistance of circula...
A new method based on the backpropagation multilayered perceptron network for calculating the bandwi...
A new method based on the backpropagation multilayered perceptron network for calculating the bandwi...
Neural models for calculating the resonant frequency of electrically thin and thick rectangular micr...
A model for the design of rectangular microstrip antennas, based on artificial neural networks, is p...
A model for the design of rectangular microstrip antennas, based on artificial neural networks, is p...
This paper presents models that can be used in the design of microstrip antennas for mobile communic...
A new method for calculating the resonant resistance of electrically thin and thick rectangular micr...
A new method for calculating the resonant resistance of electrically thin and thick rectangular micr...
This paper presents a new model based on the backpropagation multilayered perception network to find...
This paper presents a new model based on the backpropagation multilayered perception network to find...
Artificial Neural Network (ANNs) techniques are recently indicating a lot of promises in the applica...
A new method based on artificial neural networks for calculating the resonant frequency of circular ...
A new method based on artificial neural networks for calculating the resonant frequency of circular ...
A new method based on the backpropagation multilayered perceptron network for calculating the bandwi...
A method based on artificial neural networks (ANA's) for calculating the input resistance of circula...
A new method based on the backpropagation multilayered perceptron network for calculating the bandwi...
A new method based on the backpropagation multilayered perceptron network for calculating the bandwi...
Neural models for calculating the resonant frequency of electrically thin and thick rectangular micr...
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