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Kalman Filter Dynamic Cadence Adjust for Optimal Processing Burden - (PPT)

机译:卡尔曼滤波器动态节奏调整以获得最佳加工负担 - (PPT)

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Test I: DCA controlled the KF to near 3-4 Hz rate, keeping submeter accuracy. Proven DCA accuracy/stability efficacy when trajectory demands it so. Test II: Errors similar to 10 Hz fixed cadence case, but with half the iterations. Effective processing load control when subject to variable dynamics. Other tests - a GPS L1 SPS SWR running on PDAs: Typical gain of 7 in PVT computational load, compared to 20 ms case. In one case, DCA was critical for real-time effectiveness of the SWR.
机译:测试I:DCA将KF控制到接近3-4 Hz率,保持提交的准确性。当轨迹要求它时,证明了DCA精度/稳定性效果。测试II:类似于10 Hz固定的节奏案例的错误,但有一半的迭代。经过可变动态时有效处理负载控制。其他测试 - 在PDA上运行的GPS L1 SPS SWR:PVT计算负载中7的典型增益,相比20毫秒。在一种情况下,DCA对于SWR的实时效率至关重要。

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