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GENERATION AND UTILIZATION OF SELF-IMPROVING DATA-DRIVEN MODELS WITH SELECTIVE SIMULATION OF 3D OBJECT DESIGN

机译:具有选择性的3D对象设计模拟的自我完善数据驱动模型的生成和利用

摘要

Methods and systems are disclosed for computer aided design using self-improving data-driven models with selective simulation of a three-dimensional object design. A simulation engine executes a three-dimensional simulation of a designed object for a design point. A classifier engine executes a first neural network to predict whether the design point for a 3D simulation will successfully be executed by the 3D simulation engine to produce a computed key performance indicator (KPI) value. A surrogate model engine executes a second neural network representation of a surrogate model to compute KPI values corresponding to a new design point while bypassing a simulation by the simulation engine.
机译:公开了用于计算机辅助设计的方法和系统,该方法和系统使用具有三个对象设计的选择性仿真的自我改进数据驱动模型。仿真引擎针对设计点执行设计对象的三维仿真。分类器引擎执行第一神经网络,以预测3D模拟的设计点是否将由3D模拟引擎成功执行,以产生计算的关键绩效指标(KPI)值。替代模型引擎执行替代模型的第二个神经网络表示,以计算与新设计点相对应的KPI值,同时绕过模拟引擎进行的模拟。

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