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Sparse reconstruction techniques for near-field underwater acoustic imaging

机译：近场水下声成像的稀疏重建技术

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International audience

机译：国际观众

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作者
Stefanakis Nikolaos; Marchal Jacques; Emiya Valentin; Bertin Nancy; Gribonval Rémi; Cervenka Pierre;
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年度 2012
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正文语种 en
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专利

1. On Sparse Reconstructions in Near-Field Acoustic Holography Using the Method of Superposition [J] . Abusag Nadia M., Chappell David J. Journal of computational acoustics . 2016,第3期

机译：叠加法研究近场声全息的稀疏重建
2. Computation of Near-Field and Far-Field Radiation Characteristics of Acoustic Transducers for Underwater Acoustic Imaging [J] . Praveen L. S., Govind R. Kadambi, S. Malathi, International Journal on Communications Antenna and Propagation . 2020,第3期

机译：水下声学成像声换能器近场和远场辐射特性的计算
3. Sparsity-based three-dimensional image reconstruction for near-field MIMO radar imaging [J] . Figen S. OKTEM Turkish Journal of Electrical Engineering and Computer Sciences . 2019,第5期

机译：近场MIMO雷达成像的基于稀疏性三维图像重建
4. Three-Dimensional Underwater Acoustic Source Localization by Sparse Signal Reconstruction Techniques [C] . Ashwani Koul, G. V. Anand, Sanjeev Gurugopinath, International Conference on Signal Processing and Communications . 2020

机译：稀疏信号重构技术在三维水下声源定位中的应用
5. Sparse and Low-Rank Techniques for the Efficient Restoration of Images =Sparse and Low-Rank Techniques for the Efficient Restoration of Images [D] . Zhang, Mingli. 2017

机译：高效的图像稀疏和低秩技术=高效的图像稀疏和低秩技术
6. Sparse Reconstruction for Micro Defect Detection in Acoustic Micro Imaging [O] . Yichun Zhang, Tielin Shi, Lei Su, 2016

机译：声学显微成像中微缺陷检测的稀疏重建
7. On Sparse Reconstructions in Near-Field Acoustic Holography Using the Method of Superposition [O] . Abusag, NM, Chappell, DJ 2016

机译：叠加法研究近场声全息的稀疏重建
8. Study of the Feasibility of Using an Advanced Opto-Electronic Imaging Technique for Sampling Mid-Water Nekton. Parameters That Govern Image Quality And Pattern Recognition Techniques For Underwater Optical Imaging. [R] . sadjian,harry 1978

机译：利用先进的光电成像技术对中水Nekton进行采样的可行性研究。用于水下光学成像的图像质量和模式识别技术参数。

Sparse reconstruction techniques for near-field underwater acoustic imaging

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