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Rotation of coordinate system and differentiation of integrals with respect to translation-invariant bases

机译:坐标系的旋转和与翻译不变基础的积分分化

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摘要

We study the dependence of differential properties of the indefinite integral on the rotation of the coordinate system (that is, on the transformation (of the variables) that is a rotation about the origin); in particular, we study Zygmund'problem concerning the possibility of correcting an arbitrary integrable function using a rotation to achieve the differentiability of its integral for general differential bases, and also the problem of invariance for the differentiability property of the integral with respect to rotations. The results obtained in the paper imply negative solutions of the above questions for bases of rather general form.
机译:我们研究了无限变量对坐标系的旋转的差异性能的依赖性(即,在变换(变量的变化)上是旋转的原点); 特别地,我们研究了Zygmund'Probleb,关于使用旋转校正任意可积函数的可能性,以实现其整体差分基地的积分,以及对旋转的积分性能的不规矩的不变性问题。 本文中获得的结果暗示了上述呈现相当形式的基础问题的负解。

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