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The number of trees half of whose vertices are leaves and asymptotic enumeration of plane real algebraic curves

机译:顶点为叶和平面实代数曲线的渐近枚举的树的一半数量

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The number of topologically different plane real algebraic curves of a given degree d has the form exp(Cd-2 + o(d(2))). We determine the best available upper bound for the constant C. This bound follows from Arnold inequalities on the number of empty ovals. To evaluate its rate we show its equivalence with the rate of growth of the number of trees half of whose vertices are leaves and evaluate the latter rate. (C) 2003 Elsevier Inc. All rights reserved. [References: 9]
机译:给定度数d的拓扑上不同的平面实数代数曲线的数量形式为exp(Cd-2 + o(d(2)))。我们确定常数C的最佳可用上限。此界限来自于空椭圆数上的Arnold不等式。为了评估其速率,我们将其一半的顶点为叶子的树的数量的增长率表示为等效,并评估后者的速率。 (C)2003 Elsevier Inc.保留所有权利。 [参考:9]

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