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A Differential Operator Approach to Equational Differential Invariants*

机译:方程微分不变量的微分算子方法*

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Hybrid systems, i.e., dynamical systems combining discrete and continuous dynamics, have a complete axiomatization in differential dynamic logic relative to differential equations. Differential invariants are a natural induction principle for proving properties of the remaining differential equations. We study the equational case of differential invariants using a differential operator view. We relate differential invariants to Lie's seminal work and explain important structural properties resulting from this view. Finally, we study the connection of differential invariants with partial differential equations in the context of the inverse characteristic method for computing differential invariants.
机译:混合系统,即结合了离散和连续动力学的动力学系统,相对于微分方程具有完全的微分动态逻辑公理化。微分不变量是证明其余微分方程性质的自然归纳原理。我们使用微分算子视图研究微分不变量的方程式情况。我们将微分不变量与Lie的开创性工作联系起来,并解释了由此产生的重要结构性质。最后,在计算微分不变量的逆特征方法的背景下,我们研究了微分不变量与偏微分方程的联系。

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