Research on the multiple subarray-pairs interferometric algorithm used in high resolution multibeam bathymetric system

An optimized subarray configuration was analyzed theoretically for the performance enhancement of inter-ferometric algorithm used in multibeam bathymetric system,and the relationship between phase ambiguity existed in in-terferometric algorithm and subarray configuration was deduced theoretically.On...

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Main Authors: ZHOU Tian1, LI Shan1, LI Hai-sen1, LIU Xiao1
Format: Article
Language:zho
Published: Editorial Department of Journal on Communications 2010-01-01
Series:Tongxin xuebao
Subjects:
Online Access:http://www.joconline.com.cn/zh/article/74648188/
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author ZHOU Tian1
LI Shan1
LI Hai-sen1
LIU Xiao1
author_facet ZHOU Tian1
LI Shan1
LI Hai-sen1
LIU Xiao1
author_sort ZHOU Tian1
collection DOAJ
description An optimized subarray configuration was analyzed theoretically for the performance enhancement of inter-ferometric algorithm used in multibeam bathymetric system,and the relationship between phase ambiguity existed in in-terferometric algorithm and subarray configuration was deduced theoretically.On the basis,a new multiple subarray-pairs interferometric algorithm was proposed,which not only solved the difficulties of phase ambiguity unwrapping highly ef-ficient,but improved the resolution and coverage performance of bathymetric estimation of system.The processing re-sults of experiment data prove the efficiency,practicality and superiority of the new algorithm.
format Article
id doaj-art-b9f20546e36e4bb3b213679ca8fe5350
institution Kabale University
issn 1000-436X
language zho
publishDate 2010-01-01
publisher Editorial Department of Journal on Communications
record_format Article
series Tongxin xuebao
spelling doaj-art-b9f20546e36e4bb3b213679ca8fe53502025-01-14T08:24:57ZzhoEditorial Department of Journal on CommunicationsTongxin xuebao1000-436X2010-01-0131394474648188Research on the multiple subarray-pairs interferometric algorithm used in high resolution multibeam bathymetric systemZHOU Tian1LI Shan1LI Hai-sen1LIU Xiao1An optimized subarray configuration was analyzed theoretically for the performance enhancement of inter-ferometric algorithm used in multibeam bathymetric system,and the relationship between phase ambiguity existed in in-terferometric algorithm and subarray configuration was deduced theoretically.On the basis,a new multiple subarray-pairs interferometric algorithm was proposed,which not only solved the difficulties of phase ambiguity unwrapping highly ef-ficient,but improved the resolution and coverage performance of bathymetric estimation of system.The processing re-sults of experiment data prove the efficiency,practicality and superiority of the new algorithm.http://www.joconline.com.cn/zh/article/74648188/multibeam bathymetric systeminterferometricphase ambiguitymultiple subarray-pairs
spellingShingle ZHOU Tian1
LI Shan1
LI Hai-sen1
LIU Xiao1
Research on the multiple subarray-pairs interferometric algorithm used in high resolution multibeam bathymetric system
Tongxin xuebao
multibeam bathymetric system
interferometric
phase ambiguity
multiple subarray-pairs
title Research on the multiple subarray-pairs interferometric algorithm used in high resolution multibeam bathymetric system
title_full Research on the multiple subarray-pairs interferometric algorithm used in high resolution multibeam bathymetric system
title_fullStr Research on the multiple subarray-pairs interferometric algorithm used in high resolution multibeam bathymetric system
title_full_unstemmed Research on the multiple subarray-pairs interferometric algorithm used in high resolution multibeam bathymetric system
title_short Research on the multiple subarray-pairs interferometric algorithm used in high resolution multibeam bathymetric system
title_sort research on the multiple subarray pairs interferometric algorithm used in high resolution multibeam bathymetric system
topic multibeam bathymetric system
interferometric
phase ambiguity
multiple subarray-pairs
url http://www.joconline.com.cn/zh/article/74648188/
work_keys_str_mv AT zhoutian1 researchonthemultiplesubarraypairsinterferometricalgorithmusedinhighresolutionmultibeambathymetricsystem
AT lishan1 researchonthemultiplesubarraypairsinterferometricalgorithmusedinhighresolutionmultibeambathymetricsystem
AT lihaisen1 researchonthemultiplesubarraypairsinterferometricalgorithmusedinhighresolutionmultibeambathymetricsystem
AT liuxiao1 researchonthemultiplesubarraypairsinterferometricalgorithmusedinhighresolutionmultibeambathymetricsystem