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Method for the optimization of image-aided automatic navigation of an unmanned missile

机译:一种无人导弹图像辅助自动导航的优化方法

摘要

A process for the optimization of image-aided automatic navigation of an unmanned missile has the following steps:a) preparation of a navigation data containing a planned route plan mission on the basis of satellite - or aerial shots by means of a mission pla, fig. 1 is a computer, wherein the navigation data information on selected topological structures contain;b) loading of the mission map into a mission computer of the unmanned missile;c) application of the unmanned missile on a carrier airplane;d) the flight path chamber by means of the carrier aircraft, wherein the navigation of the unmanned missile navigation data of the used carrier aircraft;e) executing an image analysis in the unmanned missile during the flight in that, from an image forming means of the unmanned missile images produced on the road lying ahead present therein of topological structures are analyzed and the information thus obtained by means of the analysed topological structures together with the image data, the attitude data occurring and the positional data is stored in a memory device;f) transferring the data from said memory means in a computer;g) generating a three-dimensional reference model for those topological structures made of the satellite - or aerial shots, which in the image analysis in step e) have been detected;h) calculation of a two-dimensional view of a ..
机译:一种优化无人导弹的图像辅助自动导航的过程,包括以下步骤:a)根据任务卫星,通过卫星或空中射击准备包含计划的路线计划任务的导航数据。图1是一台计算机,其中选定拓扑结构上的导航数据信息包含; b)将任务图加载到无人导弹的任务计算机中; c)将无人导弹应用于运载飞机上; d)飞行路径舱通过航母飞行,其中二手航母的无人导弹导航数据的导航; e)在飞行过程中在无人导弹中执行图像分析,其方式是,从成像设备上产生的无人导弹图像分析存在于其中的前方道路,并通过分析的拓扑结构将由此获得的信息与图像数据,发生的姿态数据和位置数据一起存储在存储设备中; f)从计算机中的所述存储装置; g)为由卫星或空中射击构成的那些拓扑结构生成三维参考模型,其中在步骤e)的图像分析中已经检测到; h)计算二维视图。

著录项

  • 公开/公告号DE102007018187A1

    专利类型

  • 公开/公告日2008-10-30

    原文格式PDF

  • 申请/专利权人

    申请/专利号DE20071018187

  • 发明设计人

    申请日2007-04-18

  • 分类号G01C21/04;F41G7/34;G05D1/10;G06K9/62;G06T7/60;

  • 国家 DE

  • 入库时间 2022-08-21 19:49:16

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