data discretization
数据离散化
spatial discretization
空间离散化
temporal discretization
时间离散化
discretization error
离散化误差
discretization method
离散化方法
grid discretization
网格离散化
volume discretization
体积离散化
mesh discretization
网格化离散化
finite discretization
有限离散化
adaptive discretization
自适应离散化
discretization is a crucial step in numerical analysis.
离散化是数值分析中的一个关键步骤。
the process of discretization helps in simplifying complex models.
离散化过程有助于简化复杂模型。
we need to apply discretization to solve the differential equations.
我们需要对微分方程应用离散化。
different methods of discretization can affect the accuracy of results.
不同的离散化方法会影响结果的准确性。
in computational fluid dynamics, discretization is essential for simulations.
在计算流体动力学中，离散化对模拟至关重要。
understanding discretization techniques is important for engineers.
理解离散化技术对工程师很重要。
we discussed various discretization strategies during the meeting.
我们在会议上讨论了各种离散化策略。
the accuracy of a simulation often depends on the discretization method used.
模拟的准确性通常取决于使用的离散化方法。
improper discretization can lead to significant errors in calculations.
不当的离散化可能导致计算中的重大错误。
researchers are exploring new approaches to improve discretization techniques.
研究人员正在探索新的方法来改善离散化技术。
data discretization
数据离散化
spatial discretization
空间离散化
temporal discretization
时间离散化
discretization error
离散化误差
discretization method
离散化方法
grid discretization
网格离散化
volume discretization
体积离散化
mesh discretization
网格化离散化
finite discretization
有限离散化
adaptive discretization
自适应离散化
discretization is a crucial step in numerical analysis.
离散化是数值分析中的一个关键步骤。
the process of discretization helps in simplifying complex models.
离散化过程有助于简化复杂模型。
we need to apply discretization to solve the differential equations.
我们需要对微分方程应用离散化。
different methods of discretization can affect the accuracy of results.
不同的离散化方法会影响结果的准确性。
in computational fluid dynamics, discretization is essential for simulations.
在计算流体动力学中，离散化对模拟至关重要。
understanding discretization techniques is important for engineers.
理解离散化技术对工程师很重要。
we discussed various discretization strategies during the meeting.
我们在会议上讨论了各种离散化策略。
the accuracy of a simulation often depends on the discretization method used.
模拟的准确性通常取决于使用的离散化方法。
improper discretization can lead to significant errors in calculations.
不当的离散化可能导致计算中的重大错误。
researchers are exploring new approaches to improve discretization techniques.
研究人员正在探索新的方法来改善离散化技术。
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