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Shengguo Shi
ORCID
Publication Activity (10 Years)
Years Active: 2011-2024
Publications (10 Years): 8
Top Topics
Hough Transform
Doa Estimation
Sparse Representation
Underwater Acoustic
Top Venues
Digit. Signal Process.
Circuits Syst. Signal Process.
IEEE Trans. Geosci. Remote. Sens.
ICCC Workshops
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Publications
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Xiaochun Zhu
,
Xu Zhang
,
Chenyang Gui
,
Fujia Xu
,
Nan Shen
,
Shengguo Shi
Frequency-invariant direction-of-arrival estimation of circular acoustic vector sensor array for wideband signals on the cylindrical baffle.
Digit. Signal Process.
147 (2024)
Shengguo Shi
,
Fujia Xu
,
Xu Zhang
,
Xiaochun Zhu
,
Nan Shen
,
Chenyang Gui
Eigenstructure methods for DOA estimation of circular acoustic vector sensor array with axial angle bias in nonuniform noise.
Digit. Signal Process.
147 (2024)
Aifei Liu
,
Shengguo Shi
,
Xinyi Wang
Robust DOA Estimation Method for Underwater Acoustic Vector Sensor Array in Presence of Ambient Noise.
IEEE Trans. Geosci. Remote. Sens.
61 (2023)
Fujia Xu
,
Aifei Liu
,
Shengguo Shi
,
Song Li
,
Ying Li
DOA Estimation Using Sparse Representation of Beamspace and Element-Space Covariance Differencing.
Circuits Syst. Signal Process.
41 (3) (2022)
Aifei Liu
,
Shengguo Shi
,
Xinyi Wang
Efficient DOA Estimation Method with Ambient Noise Elimination for Array of Underwater Acoustic Vector Sensors.
ICCC Workshops
(2021)
Shengguo Shi
,
Ying Li
,
Desen Yang
,
Aifei Liu
,
Jie Shi
Sparse representation based direction-of-arrival estimation using circular acoustic vector sensor arrays.
Digit. Signal Process.
99 (2020)
Shengguo Shi
,
Chao Wang
,
Bo Hu
,
Ying Li
Measurement of the Acoustic Reflection Coefficient of Materials Based on Signal Subspace Decomposition Using a Single Vector Hydrophone.
IEEE Access
8 (2020)
Shengguo Shi
,
Ying Li
,
Desen Yang
,
Aifei Liu
,
Zhongrui Zhu
DOA Estimation of Coherent Signals Based on the Sparse Representation for Acoustic Vector-Sensor Arrays.
Circuits Syst. Signal Process.
39 (7) (2020)
Desen Yang
,
Xiaoxia Guo
,
Shengguo Shi
,
Jianan Ma
The investigation on the selection of measuring distance of acoustical holography.
EMEIT
(2011)