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MCM TRIALS WITH BIOSONAR SYSTEM

机译:MCM试验与Biosonar系统

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In this paper we present the results of MCM trials using a Biosonar system mounted on the AUV (autonomous underwater vehicle) REMUS 100. The trials were run in Lochearnhead in Scotland. Two mine-like objects were put on the seafloor. The first one was a aluminium cylinder (150 cm long and 40 cm diameter) and the second object was a truncated cone shaped aluminium shell (Manta mine like target). The REMUS 100 was equipped with a standard Marine Sonics sidescan sonar. The Biosonar payload was in a side-looking configuration. Data were gathered using both sensors simultaneously. A first set of runs covered the delimited search area using a lawnmower pattern. The AUV then returned to the interesting detected objects and reacquired them following a dolphin-like spiral to obtain further data giving a range of views of the objects. The data supplied have demonstrated that the wideband sonar system is very effective at identifying seafloor objects.
机译:在本文中,我们使用安装在AUV(自主水下车辆)Remus 100上的Biosonar系统提出了MCM试验的结果。试验在苏格兰的Lochearnhead中运行。两个矿物样物体被放在海底上。第一个是铝圆筒(150厘米长,直径为40厘米),第二个物体是截短的锥形铝壳(蝠矿般的靶标)。 Remus 100配备了标准的海洋声音SoneScan Sonar。 Biosonar有效载荷处于侧面配置。使用两个传感器同时收集数据。第一组运行使用割草机模式覆盖了分隔的搜索区域。然后,AUV返回到有趣的检测到的对象,并在类似海豚的螺旋之后重新计算,以获得进一步的数据,以获得对象的一系列视图。所提供的数据表明,宽带声纳系统在识别海底物体时非常有效。

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