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SUBMARINE POSITION DETECTION METHOD BASED ON EXTREME POINTS OF GRAVITY GRADIENTS

机译:基于极端重力梯度的潜艇位置检测方法

摘要

The present disclosure discloses a submarine position detection method based on extreme points of gravity gradients. A space rectangular coordinate system is established by taking a centroid of the middle cylindrical portion as a coordinate origin, a direction pointing to a bow is taken as a forward direction of the X axis, a direction pointing to a port is taken as a forward direction of the Y direction, and a vertical upward direction is taken as a forward direction of the Z axis. The detection method includes steps of: determining a horizontal position of a submarine, i.e., coordinates (X, Y), according to a position of a central extreme point and a central position between extreme points of non-diagonal components of a gradient tensor; and determining a functional relation between a depth and the extreme points of gravity gradients by using the submarine model.
机译:本公开公开了一种基于重心梯度的潜艇位置检测方法。 通过将中间圆柱形部分的质心作为坐标原点来建立空间矩形坐标系,将指向弓的方向作为X轴的向前方向,将指向端口的方向作为向前方向 在Y方向上,垂直向上方向被视为Z轴的向前方向。 检测方法包括以下步骤:根据中央极端点的位置确定潜艇的水平位置,即坐标(x,y),以及梯度张量的非对角线组件的极端点之间的中心位置; 并使用潜艇模型确定重心梯度的深度和极端点之间的功能关系。

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