Optimal frequency in acoustic location

V. Nikitin, A. Yakovlev
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Abstract

The choice of operating frequency in acoustic location is highly problematic and is found by compromise. From the one side, the frequency should be as higher as possible so that to achieve the high accuracy and directivity. From the other side, the lower is the frequency, the weaker are oscillations in the medium and the more is the sonar range, the lower is the thermal noise level. In this paper the optimal frequency for location in a water medium is found in a marine and river medium. As an optimal criterion for defining f/sub opt/ we took the ratio of intensity of echo signal to the sum of noise intensity and reverberation. We received a general ratio and formulas for typical instances.
声学定位的最佳频率
在声学定位中,工作频率的选择是一个很大的问题,并且是通过折衷来找到的。一方面,频率应尽可能高,以达到较高的精度和指向性。从另一方面看,频率越低,介质中的振荡越弱,声纳距离越大,热噪声水平越低。本文在海洋和河流介质中找到了在水介质中定位的最佳频率。我们取回波信号强度与噪声强度和混响之和之比作为定义f/sub / opt/的最佳准则。我们得到了一般比率和典型实例的公式。
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