Asymptotic Properties of Some Estimators of Quantiles of Circular Error
若干圆形误差分位数估计量的渐近性质AI 解读 ↓
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若干圆形误差分位数估计量的渐近性质AI 解读 ↓
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Quantiles of circular error, of which the CPE (circular probable error) is a special case, are of importance in the evaluation of ballistic missile systems. In these applications, a quantile of circular error is the radius, R, of a circle centered at (0, 0) above which lies a specified proportion, P, of the bivariate normal probability distribution. For this distribution, R may be estimated by substituting estimates for parameters in the integral equation defining R and solving the resulting equation. The variance of the asymptotic normal distribution of the resulting estimator is given. Infinite series expansions of terms defining this variance are presented. For certain ranges of parameter values, the series converge rapidly. Outside these ranges numerical integration may be required to evaluate the variance. Special cases of interest and several related problems are also considered.