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Accelerated Antenna Design Assisted by Enhanced Machine Learning Techniques

机译:加速天线设计通过增强的机器学习技术辅助

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This paper provides an approach to design an antenna in an efficient way using machine learning techniques. The process of designing an antenna can be accelerated using Machine Learning (ML). Conventional Antenna Design process is very time consuming because of the numerical methods used in the process are complex and computationally heavy. Hence in this work we gave an efficient way to design an antenna and to predict the possible antenna behaviour, reducing the complexities in the traditional approach. Fast prediction of design parameters with reduced number of simulations was achieved by applying ML methods including Random Forests and Artificial Neural Networks (ANN). In this paper, an enhanced and optimized process of designing an Antenna was discussed which has many advantages over the existing work. The proposed work provides a better computational efficiency with less number of necessary simulations.
机译:本文提供了一种使用机器学习技术以有效的方式设计天线的方法。 设计天线的过程可以使用机器学习(ML)加速。 传统的天线设计过程非常耗时,因为该过程中使用的数值方法复杂,计算沉重。 因此,在这项工作中,我们提供了一种设计天线的有效方法,并预测可能的天线行为,从而降低了传统方法中的复杂性。 通过应用包括随机森林和人工神经网络(ANN)的ML方法实现了减少模拟数量的设计参数的快速预测。 在本文中,讨论了设计天线的增强且优化的过程,这对现有工作具有许多优点。 拟议的工作提供了更好的计算效率,少量必要的模拟。

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