Defines close-to-starlike holomorphic mappings in complex normed spaces, indicating their univalence and subordination characteristics.
Let X be a finite dimensional complex normed linear space with unit ball B = {x 6 X: \\ x \\ < 1}. In this paper the notion of a close-to-starlike holomorphic mapping from B into X is defined. The definition is a direct generalization of W. Kaplan's notion of one dimensional close-to-convex functions. It is shown that close-to-starlike mappings of B into X are univalent and these mappings are given an alternate characterization in terms of subordination chains.
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Pfaltzgraff et al. (1975) studied this question.
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