基于潜艇深度的水下传感器网络部署

针对三维水下无线传感器网络在反潜方面的应用,利用潜艇出现深度信息的先验概率模型,提出一种基于潜艇深度的部署算法。节点采用均匀部署,依据潜艇可能出现的深度信息,对潜艇出现概率较大的区域,休眠较少的节点,增大活跃节点的密度,提高覆盖率;对其它区域,增加休眠节点的数目,以减小活跃节点的密度,降低覆盖率。仿真结果表明,本算法可以在保证较高覆盖质量的前提下,降低网络的整体能耗,延长网络生存时间。

潜艇航行深度规划方法研究

指出传统单点航深选择方法的缺陷,提出潜艇航行深度规划的概念。依据潜艇航行深度规划定义,设计潜艇航行深度规划方法。通过仿真结果可以看出:该方法权重选择简单,收敛速度快,能够有效地解决大范围海区中的潜艇航行深度问题。

The Needed Minimum Submergence Depth When a Submarine Runs into Typhoon

In this paper, the influence depths of all levels of wind power produced waves are reckoned according to the measured swaying degree when a submarine meets with a force 11 strong tropical storm and has to submerge; Then the minimum submergence depth is given when a submarine is faced with weather systems with force ≥ 6 wind and the swaying degree of less than 12 degree is assured as reference for a submarine working and sailing in big strong winds and waves.