Seabed topographic contour match based on angle code technique

Hongmei Zhang, Jianhu Zhao, Kun Yang, Chunhe Tian
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Abstract

Seabed topographic match is a very important work for fulfilling the blend of different-source sounding data and the underwater positioning and navigation. Contour match is a classic method for the seabed topographic match. However, the traditional contour match algorithm will lead to obvious time consuming and mismatch, especially in the longer contour match. Thus, a kind of contour match algorithm based on angle code technique is presented and studied in this paper. Firstly, the principle of this match method is detailed. Then some key problems are studied, and the matching procedure is given out. Besides, the method was used for a simulation experiment of underwater topographic matching navigation, the satisfying results are achieved.
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基于角度编码技术的海底地形等高线匹配
海底地形匹配是实现多源测深数据融合和水下定位导航的一项重要工作。等高线匹配是海底地形匹配的一种经典方法。然而,传统的轮廓匹配算法会导致明显的耗时和不匹配,特别是在较长的轮廓匹配中。为此,本文提出并研究了一种基于角度编码技术的轮廓匹配算法。首先,详细介绍了该匹配方法的原理。然后对关键问题进行了研究,给出了相应的匹配步骤。并将该方法用于水下地形匹配导航仿真实验,取得了满意的效果。
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