The question of passive localization of the underwater sources using matched-field processing is one of the hot topics in the field of underwater acoustical signal processing.
利用匹配场处理器技术对水下目标进行被动定位是国际水声界关注的热点问题之一。
The performance of Matched-field Processing(MFP)localization with a horizontal line array(HLA)at different depths is investigated by normal mode modeling and computer simulation.
以浅海声场模型为基础，通过计算机仿真，研究了不同深度水平阵的匹配场定位性能。
Matched field processing is adopted in this paper for recovering the acoustic parameter profiles of layered media.
采用场匹配处理法反演层系介质参数，在匹配处理前先对层系模型参数进行预估。
The mismatch of replica field is the main challenge for matched field processing.
匹配场处理面临的挑战主要是拷贝场失配。
The noise suppression method using matrix filter bssed on matched field processing is presented.
利用该矩阵滤波器处理实测数据协方差阵，并利用特征分解获得其噪声子空间。
An integrative algorithm of passive detection and tracking of underwater moving target based on the co-processing algorithm of Matched-Field and Long Time Integration is proposed.
提出一种基于匹配场和长项积分混合处理的被动检测跟踪一体化算法。
An integrative algorithm of passive detection and tracking of underwater moving target based on the co-processing algorithm of Matched-Field and Long Time Integration is proposed.
提出一种基于匹配场和长项积分混合处理的被动检测跟踪一体化算法。
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