A computationally efficient algorithm for joint range--DOA--frequency estimation of near-field sources
Digital Signal Processing(2009)
摘要
Near-field source localization using passive sensor arrays plays an important role in array signal processing areas. Although many algorithms have been developed to deal with this issue, most of them suffer from either parameter match or heavy loss of the aperture or high computational complexity problems. To overcome these problems, a new algorithm is proposed in this paper to jointly estimate the ranges, directions-of-arrival (DOAs), and frequencies of multiple near-field narrow-band sources. Simulation results verify that the proposed algorithm can resolve these problems and give much better performance.
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关键词
array signal processing,high computational complexity problem,joint range,near-field source,new algorithm,near-field,proposed algorithm,heavy loss,parameter match,array signal processing area,important role,computationally efficient algorithm,second-order statistics (sos),frequency estimation,near-field source localization,better performance,multiple near-field narrow-band source,sensor array,direction of arrival,near field,computational complexity
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