YUAN Hong-yin, GUO Li-hong, TAN Zhen-jiang, LIU Yu-han, XING Zhong-bao. Tracking mobile target by composed Kalman leap prediction method[J]. Editorial Office of Optics and Precision Engineering, 2004,(2): 169-173
YUAN Hong-yin, GUO Li-hong, TAN Zhen-jiang, LIU Yu-han, XING Zhong-bao. Tracking mobile target by composed Kalman leap prediction method[J]. Editorial Office of Optics and Precision Engineering, 2004,(2): 169-173DOI:
to make up the acceleration term of the constant angular velocity model
establishing the deviation ratio of state noise and test noise
Q/R
and optimizing the ratio
Q/R
for theodolite following the principle of least standard deviation of Kalman predication curve from practical curve
composed Kalman leap prediction method is proposed for application to a theodolite for tracking mobile targets. Simulation research was conducted for tracking mobile targets at different target beacon velocities with predictions of 1
2 and 3 leaps made. Simulation results showed that composed Kalman leap prediction method can be applied to a theodolite for tracking mobile targets.
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references
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