Simulation results show that the impact of NLOS error is reduced after using this algorithm and enhancing location precision. It can obtain better effect than original algorithm.
从仿真结果可以看出，采用了本算法之后可以有效的降低NLOS的影响，提高定位精度，取得比原算法在实际环境中更好的效果。
Simulation results show that both the precision and impact angle are met well even when target maneuvers with a large acceleration. And the guidance law has no use f…
仿真表明，当目标以较大加速度机动时仍然能满足末端角度和精度的要求，并且不需要任何目标运动信息，对目标机动有较好的鲁棒性。
Simulation results show that both the precision and impact angle are met well even when target maneuvers with a large acceleration. And the guidance law has no use f…
仿真表明，当目标以较大加速度机动时仍然能满足末端角度和精度的要求，并且不需要任何目标运动信息，对目标机动有较好的鲁棒性。
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