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Phase Estimation Error of a PSK Underwater Acoustic Signal in Presence of Multipath and Volume Scattering

机译:在多径和体积散射存在下PSK水下声学信号的相位估计误差

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Mathematical approach has been used to model the received phase encoded signal with swept carrier [1] in underwater acoustic medium with multipath and volume scattering. By splitting the mathematical model of the received signal into three components at the receiver's pre-detection point (useful signal, error due to multipath and error due to volume scattering), the influence of each component on the accuracy of the differential phase estimation was evaluated analytically in well controlled propagation medium. The modeling results are consistent with experimental results during deep water trials.
机译:数学方法已被用于将接收的阶段编码信号与扫描载体[1]模拟,其中水下声介质中具有多径和体积散射。通过将接收信号的数学模型分成接收器的预检测点(有用信号,由于体积散射引起的多径和误差而导致的有用信号,误差),评估每个组分对差分相位估计的精度的影响分析在控制良好的控制培养基中。建模结果与深水试验期间的实验结果一致。

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