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1)  Derivative prediction
导数预测
2)  prediction guidance
预测制导
1.
Then, based on the hypersonic craft dynamics and kinematics model, because of current situation that standard rail guidance method can’t meet the automotive requirements, and other prediction guidance have large amount of calculation, a prediction guidance called virtual displacement guidance is applied to the terminal guidance of hypersonic craft guidance.
然后,在建立了高超声速飞行器的动力学与运动学模型的基础上,针对当前标准轨道制导无法满足机动突防要求,而其它预测制导计算量大的情况,将一种称为虚位移制导的预测制导方法应用于高超声速飞行器的末端制导。
3)  Leading Zero Anticipation
前导零预测
4)  predictive guidance law
预测制导律
1.
An advanced predictive guidance law of impacting to small asteroids,which takes time of trajectory correction maneuvers and finally precision into account,is proposed.
考虑到机动时机的选取和最终撞击的精度,针对小天体高速撞击任务的特点,设计了一种改进的末段预测制导律。
5)  numerical prediction
数值预测
1.
Design and numerical prediction of flow field characteristics of horizontal-axis wind turbine;
水平轴风力机的设计与流场特性数值预测
2.
The numerical prediction is based on the Navier-Stokes equations and LES (large-eddy simulation).
基于N S方程和大涡湍流模拟(LES)模型,采用贴体坐标和四面体网格系统,对控制方程进行变换和离散,并用SIMPLE算法求解,对混流式水轮机全流道内的三维非定常湍流进行了数值模拟,并对水轮机尾水管内的涡带压力脉动进行了数值预测。
3.
The numerical prediction and simulation under the operational conditions are presented for ground trial ru.
本文对某型教练机的液压系统在地面试车及飞行中减速板收放两种工况下进行了数值预测与仿真 ,计算结果与实验数据吻合较
6)  parameter prediction
参数预测
1.
By comparing the prediction results of GM(1,1) and BP neural network, the combination of GM and neural model is feasible in oil spectral analysis parameter prediction, which can overcome the deficiency of single model and get good effect.
通过比较GM(1,1)模型、神经网络模型的预测结果,融合GM(GreyModel)模型与神经网络模型并构建组合模型进行油液光谱分析参数预测,可以克服单个模型所存在的不足。
2.
Parameter prediction models (PPM) and parameter recovery models (PRM) were developed based on the three Weibull distribution parameters and stand attributes.
在Weibul三参数及林分因子的基础上,建立了参数预测模型和参数回收模型。
3.
The system can realize such functions as parameter prediction binaural auralization and model visualization and therefore it can help the acoustic consultants to know a virtual sound field from not only vision, but also acoustic indexes and hearing which will lead to the best design plan.
该系统可以完成声场参数预测、双耳可听化以及模型可视化等功能。
补充资料:发育进度预测法(见发生期预测)


发育进度预测法(见发生期预测)


  发育进度预测法见发生期预测。
  
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