首页> 外国专利> Calculation accuracy of the spatial parameter signal with improved robust in the local navigation satellite system or global navigation satellite system .

Calculation accuracy of the spatial parameter signal with improved robust in the local navigation satellite system or global navigation satellite system .

机译:局部导航卫星系统或全球导航卫星系统中空间参数信号的鲁棒性提高。

摘要

PROBLEM TO BE SOLVED: To provide operation of an accuracy parameter of spatial signals in robust detection to be satisfactorily and simultaneously executed by classical approach.;SOLUTION: A method for operating the accuracy parameter of spatial signals includes at least one of a step (S10) for measuring an error vector of an individual spatial signal, a step (S12) for mapping the error vector of the individual spatial signal in a service area, a step (S14) for stacking empirical sample sets, a step (S16) for processing an estimated density function of the stacked sample sets, a step (S18) for individually over-bounding density functions in Galileo over-bound detection or in a pair over-bound detection having excess mass, and a step (S20) for selecting the worst case caused by a predetermined requirement.;COPYRIGHT: (C)2012,JPO&INPIT
机译:要解决的问题:要通过经典方法令人满意地同时执行鲁棒检测中空间信号精度参数的操作;解决方案:一种用于操作空间信号精度参数的方法至少包括以下一个步骤(S10) )用于测量单个空间信号的误差向量,用于在服务区域中映射单个空间信号的误差向量的步骤(S12),用于堆叠经验样本集的步骤(S14),用于处理的步骤(S16)估计的堆叠样本集的密度函数,用于在Galileo超界检测或成对超界检测中单独超界密度函数的步骤(S18)和用于选择最差质量的步骤(S20)案件是由预先确定的要求引起的。版权所有:(C)2012,JPO&INPIT

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