首页> 外国专利> PASSIVE electronic systems to determine the spatial coordinates and elements of angle TRAFFIC FACILITY AND ENERGY RADAR DATA

PASSIVE electronic systems to determine the spatial coordinates and elements of angle TRAFFIC FACILITY AND ENERGY RADAR DATA

机译:被动电子系统,用于确定空间坐标和角度元素交通便利性和能源雷达数据

摘要

The invention relates to the field of radar and may be used to determine the coordinates of objects with a single passive electronic complex. The essence of the claimed utility model consists in the fact that, in a passive electronic systems for determining the spatial coordinates and the elements of the object on the goniometric and energy data of radar comprising an antenna unit detection signal from the object block object tracking unit signal power measurement from an object unit measuring bearing to the object (P), the calculating unit estimates the statistical primary bearing (P 0), the initial temporal change bearing (TTI 0) and the initial relative time changing the distance (VIR 0), calculation unit estimates the current position and the elements of the object (EDO), the block output of information on the screen and the block data output in the user banks of the introduced unit calculating statistical estimates of the initial block (ν) angle measurement object space elevation angle of the object (ν 0) and the initial temporary change object elevation angle (Wium 0), the initial calculation unit estimates a distance (D 0), the block forming a six-dimensional vector of the initial state block and software implementation of the Kalman filter, with a ignaly from the object received by the antenna, are processed in the signal detection unit from the object to the subsequent object tracking in block object tracking and measuring the signal strength from the object in the signal power measuring unit on the object, measurement of P in the measuring unit P and measurement ν in the ν measuring unit, more signals from the power measurement signal from the measuring unit and the object unit P receives a calculation unit statistical estimates P 0,0 and TTI VIR 0 relative to calculate statistical estimates P 0,0 and TTI relative VI P 0, and signals from ν measurement unit receives a calculation unit statistical estimates ν 0 and Wium 0 for the calculation of statistical estimates ν 0 and Wium 0 and the subsequent calculation D0 estimates calculation portion estimates D 0, forming a six-dimensional vector of the initial state of D 0, D 0, ν 0,0 TTI, relative VIR Wium 0 and 0, in block form a six-dimensional vector of the initial state (the formation of the null hypothesis that the initial coordinates of the object), a software implementation of the Kalman filter (clarification null hypothesis the initial coordinates of the object) software implementation unit. Kalman filter and calculating estimates current position D, n and ν and EDC ν and K in block estimates the current coordinates and EDC and then received data is supplied to block output of information on the screen and to block sending information to the user banks for illuminating the current situation and making operative solutions. The technical result consists in providing determine spatial coordinates and movement elements objects when viewed objects pole PREK in secret tracking mode.
机译:本发明涉及雷达领域,并且可以用于确定具有单个无源电子复合体的物体的坐标。本实用新型的实质在于,在一种无源电子系统中,用于确定雷达的测角和能量数据上的空间坐标和物体元素,包括来自物体块物体跟踪单元的天线单元检测信号从对象单位测量方位到对象的信号功率测量(P),计算单元估算统计主方位(P 0)初始时间变化方位(TTI 0)和初始相对时间改变距离(VIR 0),计算单元估计当前位置和对象的元素(EDO),屏幕上信息的块输出以及块数据引入单元的用户库中的输出,计算对象的初始块(ν)角度测量对象空间仰角(ν 0)和初始临时更改对象仰角(Wium < Sub> 0),初始计算单元估计距离(D 0),形成初始状态块的六维矢量的块和Kalman滤波器的软件实现,从接收到的对象开始天线,在信号检测单元中从对象到随后的对象跟踪以块状对象跟踪进行处理,并在对象上的信号功率测量单元中测量来自对象的信号强度,在测量单元P中测量P并进行测量在ν测量单元中的ν中,来自测量单元和目标单元P的功率测量信号中的更多信号接收计算单元统计估计值P 0, 0 和TTI VIR 0 相对于计算统计估计值P 0, 0 和TTI相对VI P 0,以及ν测量的信号单元接收计算单元统计估计值ν 0 和Wium 0 统计估计ν 0 和Wium 0 ,随后的计算D0估计计算部分估计D 0 ,形成初始状态的六维向量 0, D 0, v 0, 0 TTI的相对VIR Wium 0 0,在块中形成初始状态的六维向量(对象的初始坐标为零假设的形成),这是卡尔曼滤波器的软件实现(澄清为零)假设对象的初始坐标)软件实现单元。卡尔曼滤波和计算估计当前位置D,n和ν以及EDCν和K块估计当前坐标和EDC,然后将接收到的数据提供给屏幕上的信息输出块,并阻止将信息发送到用户库进行照明当前的情况并提出可行的解决方案。技术成果在于在秘密跟踪模式下查看对象极点PREK时提供确定的空间坐标和运动元素对象。

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