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Determination and Validation of a Mathematical Model of a Target With Variable Trajectory using the Kalman Filter Technique

机译:卡尔曼滤波技术确定和验证可变轨迹目标的数学模型

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According to the open information in the press media, recent advances in the development and implementation of aircraft and other types of vehicles or objects which can move with a variable trajectory (on a random or pseudo-random trajectory), brought some concern regarding how to track these objects. The classical methods to track the moving objects which are moving on the ballistic trajectory are not applicable in this case. The design and build new types of interceptors can take the considerable resources and time. However, it is well known fact from the history of science and technology that the solution of problems, which seem at the first glance as difficult or impossible to solve, perhaps can be found if one will look on the problem from the different angle. One of the possible solutions for the above task is suggested in this paper.
机译:根据新闻媒体上的公开信息,飞机和其他类型的车辆或物体的发展和实现方面的最新进展可以以可变的轨迹(随机或伪随机的轨迹)移动,这引起了人们的关注。跟踪这些对象。跟踪在弹道上移动的移动物体的经典方法在这种情况下不适用。设计和建造新型拦截器会占用大量资源和时间。然而,从科学技术史上众所周知的事实是,如果人们从不同的角度看问题,也许乍一看似乎很难解决或不可能解决问题。本文提出了上述任务的一种可能的解决方案。

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