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Accuracy of light target coordinate determination by dissectoral tracking system with regard to nonstationary state of noise

机译:关于噪声的非平稳状态,由解剖跟踪系统确定光目标坐标的精度

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Abstract: The accuracy of minor dimensional light target coordinate determination by a dissectoral tracking system with regard to the non-stationary state of noise is analyzed. The results are obtained by statistical simulation of the extended Kalman filter with a computer. Comparison of the suggested signal models is conducted. The robustness and stability of the algorithm to deviation of the model parameters from nominal value and the accuracy of coordinate determination at different target contrast, at the relationship signaloise and dissectoral tracking system parameters, have been examined. !3
机译:摘要:分析了解剖性跟踪系统针对噪声的非平稳状态确定次维光目标坐标的准确性。通过使用计算机对扩展的卡尔曼滤波器进行统计仿真可以获得结果。对建议的信号模型进行了比较。在信号/噪声和解剖跟踪系统参数的关系下,研究了算法对模型参数偏离标称值的鲁棒性和稳定性以及在不同目标对比度下坐标确定的准确性。 !3

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