三阶剖面一代对-飞行速度，加速度，反射和目标位置的改变。
Third-order profile generation with on-the-fly velocity, acceleration, jerk and target position changes.
建立了以水平井产量为目标函数、以孔眼分布为决策变量的优化模型，将其计算结果与均匀流入剖面、均匀射孔分布的结果进行了对比。
An optimization model is presented, in which the production of the horizontal well is regarded as an objective function and the perforation distribution as a decision making variable.
建立了以水平井生产端压差为目标函数、以孔眼分布为决策变量的优化模型，同时和均匀流入剖面、均匀射孔分布的结果进行了对比。
The optimization model which the horizontal well drawdown is regarded as objection function and the perforation distribution as decision variable is presented.
对未知目标，其距离剖面像在各特征子空间中的投影，经相应降噪算子作用后，以能量最大为准则进行识别。
The range profile of an unknown target is mapped into each subspace and transformed by the corresponding operator. The paper USES energy maximum of the transforming as...
对未知目标，其距离剖面像在各特征子空间中的投影，经相应降噪算子作用后，以能量最大为准则进行识别。
The range profile of an unknown target is mapped into each subspace and transformed by the corresponding operator. The paper uses energy maximum oft…
对未知目标，其距离剖面像在各特征子空间中的投影，经相应降噪算子作用后，以能量最大为准则进行识别。
The range profile of an unknown target is mapped into each subspace and transformed by the corresponding operator. The paper uses energy maximum oft…
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