舰船光学尾迹实时监测仿真系统研究  

Study on Simulation of Real Time Monitoring System of Ship Optics-Wakes

作　　者：陈明荣[1] 迟卫[2] 金良安[2] 李召龙[1] 

机构地区：[1]海军大连舰艇学院研究生管理大队,大连116018 [2]海军大连舰艇学院航海系,大连116018

出　　处：《系统仿真学报》2013年第12期2919-2923,2929,共6页Journal of System Simulation

摘　　要：如何快速提取舰船尾迹光学信号特征并实时动态监测其强度变化,是当前急需开展的舰船光学尾迹抑制这一新技术研究的重要基础课题,为此研究设计了一种舰船光学尾迹实时监测仿真系统。介绍了它的设计思想、系统组成与功能,以及它与C3I的关系,研制了专用的海上光学尾迹监测仿真实验装置并利用该装置进行了初步的海上仿真实验,最后采用了相关的图像处理方法对实验采集到的尾迹图像数据进行数字化处理,以及利用仿真计算得到的一无量纲值Ci表征为某时刻舰船尾迹光学信号特征强度。海上仿真实验结果表明了该仿真系统在舰船光学尾迹监测中的可行性与有效性,相比于传统的舰船尾迹监测技术和方法,该监测仿真系统具有快速采集和处理数据、实时动态监测等优点,可为指挥员防御基于光学尾迹制导的鱼雷提供更快速可靠的辅助决策信息。Since how to extract the ship wakes＇ optical signal feature and realize the real time monitoring of its strength change is an important base task for the ship optics-wakes elimination technology now, this task designed a monitoring system for the ship＇s optics-wakes. Its design idea, system formation and function, and its relationship with C3I were introduced, a simulation experiment system of the ship optics-wakes monitoring was developed, this system was used to take a primary simulation experiment at sea, and at last the work of digital processing of wake images was completed based on some image processing methods, at the same time the dimensionless values were used to characterize the ship wakes＇ optical signal intensity. The result indicates that system＇s feasibility and validity in monitoring the ship wakes＇ optical signal feature. Compared with traditional measures of monitoring the ship wakes, this system has its strongpoint that it can collect and dispose the data simply, quickly and timely and can supply more quick and reliable assistant decision-making information for commanders to defense the guided torpedo based on the ship optics-wakes.

关 键 词：C3I 舰船光学尾迹 监测仿真系统 海上仿真实验 图像处理 

分 类 号：TP391.41[自动化与计算机技术—计算机应用技术]