Dissertation
Dissertation > Industrial Technology > General industrial technology > Acoustic engineering > Underwater Acoustics > Underwater acoustic detection

The Theoretical and Experimental Research on MIMO Detection for Small Target in Waveguide

Author ZhangJiangFan
Tutor PanXiang
School Zhejiang University
Course Information and Communication Engineering
Keywords Active target detection Multiple-input multiple-output ( MIMO ) Sonar
CLC TB566
Type Master's thesis
Year 2011
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With the development of science and technology , the sound of water technology plays an increasingly important role in the development and utilization of marine resources . , Underwater acoustic signal propagation in shallow water waveguide environment there is a serious multi-path effect , conventional underwater acoustic signal processing method is no longer applicable to the waveguide environment need for waveguide underwater acoustic channel particularity , the development and research of new signal processing method . This paper introduces the co-location of the free-field plane wave model MIMO (Multiple Input Multiple Output, MIMO) and phased -MIMO signal model and approach . Co-located MIMO virtual array aperture waveform diversity , which can get a better performance than the phased array technology . Waveguide environment , the normal -mode model can well waveguide underwater acoustic channel modeling, co-located multi-input MIMO signal processing method to be able to tap and utilize the diversity gain to improve the performance of target detection . For this purpose the paper into the waveguide channel modeling MIMO signal processing framework , to carry out the waveguide MIMO small target detection method and experimental studies .

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