因此，本研究进一步采用Marsh与Hocevar(1985)之做法分析之，Marsh 9 等人认为目标系数(target coefficient)的计算，可做为判定二阶模式是否能统御一阶 模式之标准。
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An approach to the detection of underwater remote target by estimating the back-scattering coefficient of target is proposed.
正> 提出了通过估计目标反向散射系数来探测水下远程目标的一种方法。
The final target representation model was obtained by means of linear fusing the two feature models, and the fusion coefficient was determined adaptively by contrast ratio of feature likelihood map.
并将两种特征模型进行线性融合，得到最终的目标表征模型，其中的融合系数由特征似然图对比度自适应确定。
Advanced the mathematical model of the hydraulic components life estimation method and established the relations of the system target cleanliness to the life extension coefficient.
给出了现场条件下液压元件寿命估算的数学模型和系统目标清洁度与寿命延长系数的关系。
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