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Fractional Noether's theorem with classical and Riemann-Liouville derivatives

机译:分数阶Noether定理与古典和Riemann-Liouville导数

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We prove a Noether type symmetry theorem to fractional problems of the calculus of variations with classical and Riemann-Liouville derivatives. As result, we obtain constants of motion (in the classical sense) that are valid along the mixed classical/fractional Euler-Lagrange extremals. Both Lagrangian and Hamiltonian versions of the Noether theorem are obtained. Finally, we extend our Noether's theorem to more general problems of optimal control with classical and Riemann-Liouville derivatives.
机译:我们证明了Noether型对称定理针对经典和Riemann-Liouville派生变量的微积分的分数问题。结果,我们获得了沿混合经典/分数Euler-Lagrange极值有效的运动常数(经典意义上)。获得了Noether定理的Lagrangian和Hamilton版本。最后,我们将Noether定理扩展到具有经典和Riemann-Liouville导数的最优控制的更多一般问题。

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