基于动态规划算法的多波束测线布设模型

Multi-Beam Line Placement Model Based on Dynamic Programming

摘要: 多波束测深技术以其声波传播特性为基础，可实现对水深和海底地形的较为高效与精确的测量。本文分析了多波束测深的几何特征，建立了海域地形与测线布设方案之间的数学模型。利用动态规划算法进行求解，得到了矩形坡面海域和真实海域的测线布设方案。本研究旨在为实际多波束测线布设问题提供一定的思路和参考。

Abstract: Multibeam bathymetry technology, based on the acoustic propagation characteristics of sound waves, enables efficient and precise measurement of water depth and seafloor topography. This paper analyzes the geometric characteristics of multibeam bathymetry and establishes a mathematical model between seafloor terrain and survey line layout schemes. By solving the model with a dynamic programming algorithm, optimized survey line layouts are derived for both rectangular slope areas and real-world sea areas. The study aims to provide practical insights and references for addressing real-world multibeam survey line arrangement challenges.