
Summary: We derive an integral representation in certain spaces of entire functions of exponential type in \(\mathbb{C}^n\). To this end we use the isomorphism, given by the Laplace operator, between these spaces and the corresponding spaces of ultradistributions. Using this integral representation these functions admit a well-defined action of differential operators of infinite order with specific conditions on the characteristic function.
Representations of entire functions of one complex variable by series and integrals, spaces of entire functions, ultradistributions, Entire functions of several complex variables, PDEs of infinite order, integral representation, exponential type, Laplace operator, factorization, differential operators, Integral representations; canonical kernels (Szegő, Bergman, etc.)
Representations of entire functions of one complex variable by series and integrals, spaces of entire functions, ultradistributions, Entire functions of several complex variables, PDEs of infinite order, integral representation, exponential type, Laplace operator, factorization, differential operators, Integral representations; canonical kernels (Szegő, Bergman, etc.)
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