
doi: 10.1007/bf01456414
handle: 2158/255528
This paper generalizes results of E. Stein and L. Lempert concerning the boundary values of a meromorphic mapping \(F:G\to {\mathbb{P}}(V)\), where G is a smoothly bounded domain in a complex manifold. It is shown that if F is a linearly nondegenerate mapping with bounded characteristic, the F has admissible boundary limits at almost every point of \(\partial G\).
admissible boundary limits, 510.mathematics, bounded characteristic, Holomorphic mappings and correspondences, Meromorphic functions of several complex variables, boundary values of a meromorphic mapping, Boundary behavior of holomorphic functions of several complex variables, Value distribution theory in higher dimensions, Article
admissible boundary limits, 510.mathematics, bounded characteristic, Holomorphic mappings and correspondences, Meromorphic functions of several complex variables, boundary values of a meromorphic mapping, Boundary behavior of holomorphic functions of several complex variables, Value distribution theory in higher dimensions, Article
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