A lower bound framework for binary search trees with rotations
Abstract: "This paper considers the problem of bounding below the cost of accessing a sequence of keys in a binary search tree. We develop a lower bound framework for this problem that applies to any binary search tree algorithm, including self-adjusting and offline ones. This new framework can be used to derive two previously known lower bounds."
"Abstract: "This paper considers the problem of bounding below the cost of accessing a sequence of keys in a binary search tree. We develop a lower bound framework for this problem that applies to any binary search tree algorithm, including self-adjusting and offline ones. This new framework can be used to derive two previously known lower bounds.""@en
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