The purpose of this In Flight Allocation (IFA) algorithm is to design 的简体中文翻译

The purpose of this In Flight Alloc

The purpose of this In Flight Allocation (IFA) algorithm is to design late committal guidance laws. Figure 1 describes (for one defending missile x one attacking missile engagement) how temporal allocation windows have been computed with an IFA algorithm mixing predicted trajectories and No Escape Zones (NEZ).For target trajectory prediction we consider three concurrent approaches:zero control,straight line toward the Ground Base objective (GB)and Proportional Navigation (PN) to GB.We extrapolate the defending missile trajectories assuming zero control in the future. When using straight line or PN approaches (for target prediction), we compute target trajectories taken into account all the ground objective possibilities. Then, we merge the temporal allocation intervals following one of the two approaches listed below:trajectory with the higher likelihood,worst case approach.In worst case analysis we keep the temporal interval having the smallest (min) value for tout (the trajectory leaving the No Escape Zone first).When considering many on many we compute seekers are capable of locking onto the target after a brief search [3]. These handover and heading errors not only arematrices which provide allocation time intervals for the entire missile / target assignation possibilities.
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飞行中分配(IFA)算法的目的是设计后期的弓形导引法则。图1描述了(对于一枚防御导弹x一个攻击导弹的交战)如何使用IFA算法计算时间分配窗口,该算法混合了预测的轨迹和无逃逸区域(NEZ)。<br>对于目标轨迹预测,我们考虑了三种并行方法:<br>零控制,<br>向地基目标(GB)的<br>直线和与GB的比例导航(PN)。<br>假设未来的控制为零,我们推断防御导弹的轨迹。当使用直线或PN方法(用于目标预测)时,我们在考虑所有地面目标可能性的情况下计算目标轨迹。然后,我们按照以下两种方法之一合并时间分配间隔:<br>可能性较高的<br>轨迹,最坏的情况。<br>在最坏的情况下,我们将时间间隔保持为最小(最小)值(轨迹首先离开无逃逸区)。<br>当考虑多对多时,我们计算出搜索器能够在简短搜索后锁定目标[3]。这些切换和航向误差不仅是为整个导弹/目标分配可能性提供分配时间间隔的矩阵。
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结果 (简体中文) 2:[复制]
复制成功!
The purpose of this In Flight Allocation (IFA) algorithm is to design late committal guidance laws. Figure 1 describes (for one defending missile x one attacking missile engagement) how temporal allocation windows have been computed with an IFA algorithm mixing predicted trajectories and No Escape Zones (NEZ).<br>For target trajectory prediction we consider three concurrent approaches:<br>zero control,<br>straight line toward the Ground Base objective (GB)<br>and Proportional Navigation (PN) to GB.<br>We extrapolate the defending missile trajectories assuming zero control in the future. When using straight line or PN approaches (for target prediction), we compute target trajectories taken into account all the ground objective possibilities. Then, we merge the temporal allocation intervals following one of the two approaches listed below:<br>trajectory with the higher likelihood,<br>worst case approach.<br>In worst case analysis we keep the temporal interval having the smallest (min) value for tout (the trajectory leaving the No Escape Zone first).<br>When considering many on many we compute seekers are capable of locking onto the target after a brief search [3]. These handover and heading errors not only arematrices which provide allocation time intervals for the entire missile / target assignation possibilities.
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结果 (简体中文) 3:[复制]
复制成功!
这种空中分配(IFA)算法的目的是设计延迟交付制导律。图1描述了(对于一个防御导弹x一个攻击导弹交战)如何使用混合预测轨迹和无逃逸区(NEZ)的IFA算法计算时间分配窗口。<br>对于目标轨迹预测,我们考虑三种并行方法:<br>零位控制,<br>朝向地面基地目标的直线(GB)<br>和比例导航(PN)到GB。<br>我们推断了未来假设零控制的防御导弹的轨迹。当使用直线法或PN方法(用于目标预测)时,我们考虑了所有地面目标的可能性来计算目标轨迹。然后,我们按照下面列出的两种方法之一合并时间分配间隔:<br>可能性更高的轨迹,<br>最坏情况方法。<br>在最坏情况分析中,我们保持时间间隔具有最小值tout(首先离开无逃逸区的轨迹)。<br>在考虑多对多的情况下,我们计算搜索者能够在短暂搜索后锁定目标[3]。这些移交和航向误差不仅是为整个导弹/目标分配可能性提供分配时间间隔的矩阵。<br>
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