We give a variation of the pairing heaps for which the time bounds for all the operations match the lower bound proved by Fredman for a family of similar self-adjusting heaps. Namely, our heap structure requires $O(1)$ for insert and find-min, $O(\log{n})$ for delete-min, and $O(\log\log{n})$ for decrease-key and meld (all the bounds are in the amortized sense except for find-min)
Fredman, Sedgewick, Sleator, and Tarjan proposed the {em pairing heap} as a self-adjusting, stream...
Fredman, Sedgewick, Sleator, and Tarjan proposed the {em pairing heap} as a self-adjusting, stream...
Abstract. We introduce an adaptation of run-relaxed heaps which provides efficient heap operations w...
We give a variation of the pairing heaps for which the time bounds for all the operations match the ...
We give a variation of the pairing heaps for which the time bounds for all the operations match the ...
We give a variation of the pairing heaps for which the time bounds for all the operations match the...
We improve the lower bound on the amortized cost of the decrease-key operation in the pure heap mode...
Pairing heaps were introduced as a self-adjusting alternative to Fibonacci heaps. They provably enjo...
The pairing heap is a classical heap data structure introduced in 1986 by Fredman, Sedgewick, Sleato...
\u3cp\u3eThe pairing heap is a classical heap data structure introduced in 1986 by Fredman, Sedgewic...
A lower bound is presented which shows that a class of heap algorithms in the pointer model with onl...
The pairing heap is a classical heap data structure introduced in 1986 by Fredman, Sedgewick, Sleato...
A lower bound is presented which shows that a class of heap algorithms in the pointer model with onl...
Pairing heaps are shown to have constant amortized time Insert and Meld, thus showing that pairing h...
Pairing heaps are shown to have constant amortized time Insert and Meld, thus showing that pairing h...
Fredman, Sedgewick, Sleator, and Tarjan proposed the {em pairing heap} as a self-adjusting, stream...
Fredman, Sedgewick, Sleator, and Tarjan proposed the {em pairing heap} as a self-adjusting, stream...
Abstract. We introduce an adaptation of run-relaxed heaps which provides efficient heap operations w...
We give a variation of the pairing heaps for which the time bounds for all the operations match the ...
We give a variation of the pairing heaps for which the time bounds for all the operations match the ...
We give a variation of the pairing heaps for which the time bounds for all the operations match the...
We improve the lower bound on the amortized cost of the decrease-key operation in the pure heap mode...
Pairing heaps were introduced as a self-adjusting alternative to Fibonacci heaps. They provably enjo...
The pairing heap is a classical heap data structure introduced in 1986 by Fredman, Sedgewick, Sleato...
\u3cp\u3eThe pairing heap is a classical heap data structure introduced in 1986 by Fredman, Sedgewic...
A lower bound is presented which shows that a class of heap algorithms in the pointer model with onl...
The pairing heap is a classical heap data structure introduced in 1986 by Fredman, Sedgewick, Sleato...
A lower bound is presented which shows that a class of heap algorithms in the pointer model with onl...
Pairing heaps are shown to have constant amortized time Insert and Meld, thus showing that pairing h...
Pairing heaps are shown to have constant amortized time Insert and Meld, thus showing that pairing h...
Fredman, Sedgewick, Sleator, and Tarjan proposed the {em pairing heap} as a self-adjusting, stream...
Fredman, Sedgewick, Sleator, and Tarjan proposed the {em pairing heap} as a self-adjusting, stream...
Abstract. We introduce an adaptation of run-relaxed heaps which provides efficient heap operations w...
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