Advances in Applied Analysis by Vladimir V. Kisil (auth.), Sergei V. Rogosin, Anna A.

By Vladimir V. Kisil (auth.), Sergei V. Rogosin, Anna A. Koroleva (eds.)

This booklet includes survey papers in keeping with the lectures provided on the third foreign wintry weather institution “Modern difficulties of arithmetic and Mechanics” held in January 2010 on the Belarusian nation collage, Minsk. those lectures are dedicated to various difficulties of contemporary research and its functions. a longer presentation of recent difficulties of utilized research will permit the reader to get accustomed to new methods of typically interdisciplinary personality. the implications mentioned are program orientated and current new perception into utilized difficulties of transforming into significance corresponding to functions to composite fabrics, anomalous diffusion, and fluid dynamics.

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By Vladimir V. Kisil (auth.), Sergei V. Rogosin, Anna A. Koroleva (eds.)

This booklet includes survey papers in keeping with the lectures provided on the third foreign wintry weather institution “Modern difficulties of arithmetic and Mechanics” held in January 2010 on the Belarusian nation collage, Minsk. those lectures are dedicated to various difficulties of contemporary research and its functions. a longer presentation of recent difficulties of utilized research will permit the reader to get accustomed to new methods of typically interdisciplinary personality. the implications mentioned are program orientated and current new perception into utilized difficulties of transforming into significance corresponding to functions to composite fabrics, anomalous diffusion, and fluid dynamics.

Show description

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Then the covariant transform is ˆ ???? : ???? → ????(????) = ???? (???????? (????)????). This is an example of covariant calculus [10, 66]. There are several variants of the last example which are of separate interest. 17. A modification of the previous construction is obtained if we have two groups ????1 and ????2 represented by ????1 and ????2 on ???? and ???? ∗ respectively. Then we have a covariant transform ????(????, ???? ) → ????(????1 × ????2 , ℂ) defined by the formula ˆ 1 , ????2 ) = ⟨????????1 (????1 )????, ????2 (????2 )????⟩ . ???? : ???? → ????(???? This generalises the above Berezin covariant calculi [66].

A contravariant analytic calculus for an element ???? ∈ ???? and an ????-module ???? is a continuous linear mapping Φ : ????(????) → ????(????, ???? ) such that: Erlangen Program at Large: An Overview 41 i. 4). ii. There is an initialisation condition: Φ[????0 ] = ???? for ????0 (????) ≡ 1 and ???? ∈ ???? , where ???? is a left ????-module. Note that our functional calculus, released from the homomorphism condition, can take values in any left ????-module ???? , which however could be ???? itself if suitable. This adds much flexibility to our construction.

We choose [66, 68] ????-invariant function ????0 (????) ≡ 1 to be a vacuum vector. Thus the associated coherent states ????(????, ????) = ????1 (????)????0 (????) = (???? − ????)−1 are completely determined by the point on the unit disk ???? = ????¯???? ¯ −1 . The family of coherent states considered as a function of both ???? and ???? is obviously the Cauchy kernel [64]. The wavelet transform [64, 66] ???? : ????2 (????) → ????2 (????) : ???? (????) → ???????? (????) = ⟨????, ???????? ⟩ is the Cauchy integral ∫ 1 1 ????????. 23) ???? (????) ???????? (????) = 2???????? ???? ????−???? This approach can be extended to an arbitrary connected simply-connected domain.

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