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Marine sediment classification using sidescan sonar and geographical information system software in Kaneohe Bay, Oahu, Hawaii

机译:海洋沉积物分类在夏威夷瓦胡岛湾湾湾的思士山声纳和地理信息系统软件

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The distribution of sediment types in the south section of Kaneohe Bay was surveyed using Datasonics SIS 1502 sidescan sonar interfaced to GeoDAS (Geographical Data Acquisition System). The GIS (Geographic Information Systems) software, ERmapper, was used to classify the digital sidescan image based on color differences using an unsupervised classification technique. Sediment samples were taken from the study area and analyzed for grain size distribution to verify the use of ERmapper as a classification tool. The imagery clearly revealed different sediment properties. These differences were also distinguished by the unsupervised classification process. The authors were not able to process a sufficient number of sediment samples to allow for a statistical comparison of sediment grain size distribution and the sidescan image. However, the sediment size distribution observed in the samples they analyzed showed a clear relationship to the sidescan image. This analysis therefore indicates that the use of sidescan sonar coupled with GIS software, has the potential to be used to remotely characterize sediment types within the coastal zone.
机译:使用DataSonics Sis 1502 Sidescan Sonar接通到Geodas(地理数据采集系统)进行调查沉积物类型的沉积物类型的分布。 GIS(地理信息系统)软件eMapper用于根据使用无监督的分类技术对数字SideScan Image进行分类。从研究区域取沉积物样品并分析晶粒尺寸分布,以验证Ererapper作为分类工具的使用。图像清楚地揭示了不同的沉积物。这些差异也有所不同,无监督的分类过程。作者无法处理足够数量的沉积物样本,以允许沉积物粒度分布和侧义图像的统计比较。然而,在他们分析的样本中观察到的沉积物大小分布显示与侧义的图像有明显的关系。因此,该分析表明,使用侧臂声卡与GIS软件耦合,有可能用于远程表征沿海地区内的沉积物类型。

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