2008Unpublished venueRequires access

Optimum Beamforming Based on Second Order Cone Programming

Yang Han, Chaohuan Hou, Xiaochuan Ma

Open publisher page 1 citations

Abstract

An approach based on second order cone programming (SOCP) is proposed to the optimum beamforming of non-uniform linear array (NULA). The approach designs the optimum beamforming according to control sidelobe and improves the problem that the Chebychev methods can only be used in the optimum beamforming of uniform linear array(ULA). The GUI(graphical user interfaces) of the MATLAB is applied to computer simulation program ,we can choose the value of the key parameter. The application of GUI make the result practical and efficient.

About this research paper

What this paper is about

An approach based on second order cone programming (SOCP) is proposed to the optimum beamforming of non-uniform linear array (NULA). The approach designs the optimum beamforming according to control sidelobe and improves the problem that the Chebychev methods can only be used in the optimum beamforming of uniform linear array(ULA). The GUI(graphical user interfaces) of the MATLAB is applied to computer simulation program ,we can choose the value of the key parameter. The application of GUI make the result practical and efficient.

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Available abstract

An approach based on second order cone programming (SOCP) is proposed to the optimum beamforming of non-uniform linear array (NULA). The approach designs the optimum beamforming according to control sidelobe and improves the problem that the Chebychev methods can only be used in the optimum beamforming of uniform linear array(ULA). The GUI(graphical user interfaces) of the MATLAB is applied to computer simulation program ,we can choose the value of the key parameter. The application of GUI make the result practical and efficient.

Key concepts: Beamforming, Second-order cone programming, MATLAB, Computer science, Linear programming, Key (lock), Graphical user interface, Algorithm

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