Adaptive monopulse and complex monopulse ratio algorithms

Jun Hao Xie; Wei Ming Xiong

Adaptive monopulse and complex monopulse ratio algorithms

Jun Hao Xie^*
, Wei Ming Xiong

^*Corresponding author for this work

School of Electronics and Information Engineering

Harbin Institute of Technology

Research output: Contribution to journal › Article › peer-review

2 Scopus citations

Abstract

Conventional monopulse algorithm is an efficient method for angle estimation of a single target in white Gaussian spatial noise environment, and should be improved in the presence of mainbeam interference or color noise. The basic principles of adaptive monopulse algorithm dealing with color noise background and complex monopulse ratio algorithm dealing with two targets within a mainbeam are introduced. Then angle estimation in the presence of mainbeam interference is systematically analyzed as a special problem, and several solutions including adaptive monopulse, complex monopulse ratio and other methods are given.

Original language	English
Pages (from-to)	1777-1781+1811
Journal	Xi Tong Gong Cheng Yu Dian Zi Ji Shu/Systems Engineering and Electronics
Volume	26
Issue number	12
State	Published - Dec 2004

Keywords

Adaptive monopulse
Complex monopulse ratio
Incremental multi-parameter estimation algorithm
Space-time adaptive processing

Cite this

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abstract = "Conventional monopulse algorithm is an efficient method for angle estimation of a single target in white Gaussian spatial noise environment, and should be improved in the presence of mainbeam interference or color noise. The basic principles of adaptive monopulse algorithm dealing with color noise background and complex monopulse ratio algorithm dealing with two targets within a mainbeam are introduced. Then angle estimation in the presence of mainbeam interference is systematically analyzed as a special problem, and several solutions including adaptive monopulse, complex monopulse ratio and other methods are given.",

keywords = "Adaptive monopulse, Complex monopulse ratio, Incremental multi-parameter estimation algorithm, Space-time adaptive processing",

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AU - Xiong, Wei Ming

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N2 - Conventional monopulse algorithm is an efficient method for angle estimation of a single target in white Gaussian spatial noise environment, and should be improved in the presence of mainbeam interference or color noise. The basic principles of adaptive monopulse algorithm dealing with color noise background and complex monopulse ratio algorithm dealing with two targets within a mainbeam are introduced. Then angle estimation in the presence of mainbeam interference is systematically analyzed as a special problem, and several solutions including adaptive monopulse, complex monopulse ratio and other methods are given.

AB - Conventional monopulse algorithm is an efficient method for angle estimation of a single target in white Gaussian spatial noise environment, and should be improved in the presence of mainbeam interference or color noise. The basic principles of adaptive monopulse algorithm dealing with color noise background and complex monopulse ratio algorithm dealing with two targets within a mainbeam are introduced. Then angle estimation in the presence of mainbeam interference is systematically analyzed as a special problem, and several solutions including adaptive monopulse, complex monopulse ratio and other methods are given.

KW - Adaptive monopulse

KW - Complex monopulse ratio

KW - Incremental multi-parameter estimation algorithm

KW - Space-time adaptive processing

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IS - 12

ER -

Adaptive monopulse and complex monopulse ratio algorithms

Abstract

Keywords

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