模型检验器

基本解释 (translations)

MC

与模型检验器相关的网络例句 [注：此内容来源于网络，仅供参考]

Secondly, based on the FO estimate, we formulate the timing error and channel estimation as a problem of composite hypothesis testing according to the first signal model, and then solve the problem by the composite hypothesis testing approaches.

该估计方法包括两步：第一步是根据第二个系统模型，推导了一种有效的最大似然频偏估计器；第二步是根据所获得的频偏估计值，利用第一个系统模型，将定时误差和信道估计表示成一个复合假设检验问题，然后再利用复合假设检验方法进行定时误差和信道估计。

Some suggestions about application of damper in engineering are presented in the end of paper.

最后结合算例，检验了计算模型的效果，并对粘滞阻尼器在实际工程中的应用提出了建议。

The scaling test showed that additive effect was accepted for the inheritance of haustorium in MX×AQ. The heritability was about 68%, which was higher than others. However, based on analysis of scaling test, there was no additive and dominance model adequate for LB×XN and AQ×XN, and their heritability were lower.

尺度模型检验结果表明MX×AQ组合中条锈菌吸器的遗传符合加性模型，遗传力较高为68%，而LB×XN和AQ×XN经尺度检验分析不符合加性—显性模型，遗传力较低。

The back-propagation neural network was applied to modeling the primary mirror surface with inputs of actuator applied force and outputs of Zernike polynomial coefficient. By using primary mirror finite element analysis data, BP model was trained offline and its predictive precision was verified.

应用BP神经网络的方法建立了以致动器作用力为输入、镜面形变的Zernike多项式拟合系数为输出的镜面形变模型，并利用镜面形变的有限元分析的大量数据，对BP模型进行离线训练和模型预测效果的检验。

A mathematical model to describe the interfacial behavior between fluid steel and molten slag layer in a slab continuous casting mold with blowing argon gas was developed, and the prediction was validated by the water model.

利用VOF方法和Lagrange两相流模型描述了吹氩结晶器内钢/渣界面行为，并用水模型实验检验了数值模拟结果。

In the present study, the condition for the formation of the DRFP in a slab continuous casting mold with blowing argon gas was quantitively described using the Lagrange multi-phase flow model, and the prediction was validated by the water model.

利用Lagrange两相流模型定量研究了吹氩板坯结晶器内双循环流形成条件，并用水模型检验了数值模拟结果。

The interfacial behavior between fluid steel and molten slag layer in a slab continuous casting mold with blowing argon gas was described using the VOF method and Lagrange multi-phase flow model,and the prediction was validated by the water model.

利用VOF方法和Lagrange两相流模型描述了吹氩结晶器内钢/渣界面行为，并用水模型实验检验了数值模拟结果。

The formed conditions of a double-recirculation flow pattern in a slab con- tinuous casting mold with blowing argon gas were quantitive described using the Lagrange multi-phase flow model,and the prediction was validated by the water model.

利用Lagrange两相流模型定量研究了吹氩板坯结晶器内双循环流形成条件，并用水模型检验了数值模拟结果。