The present method showed two advantages, i. e. , fewer calculations and the optimum simulation result which is rational and has least mean square error.
本方法既有计算量少的优点，又可进一步降低拟合谱的均方误差和使拟合结果更加合理。
On this basis, a design method of an optimal vector compandor with least mean square error criterion is derived.
本文由此出发，导出在最小均方误差意义下的最佳矢量压扩量化设计。
We present a method of circular arc fragmented curve-fitting based on least mean-square error rule in this paper.
提出了一种基于最小均方误差准则的圆弧分段曲线拟合方法。
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