In this paper we study the Prefix Sum problem introduced by Fredman. We show that it is possible to perform both update and retrieval in O(1) time simultaneously under a memory model in which individual bits may be shared by several words. We also show that two variants (generalizations) of the problem can be solved optimally in Θ (lgN) time under the comparison based model of computation.4th IFIP International Conference on Theoretical Computer ScienceRed de Universidades con Carreras en Informática (RedUNCI
We consider the well-studied partial sums problem in succint space where one is to maintain an array...
We present randomized algorithms that solve subset sum and knapsack instances with n items in O∗ (20...
We present space efficient Monte Carlo algorithms that solve Subset Sum and Knapsack instances with ...
In this paper we study the Prefix Sum problem introduced by Fredman. We show that it is possible to ...
Given an integer array A, the prefix-sum problem is to answer sum(i) queries that return the sum of ...
In this thesis we study the limitations of data structures and how they can be overcome through care...
Parallel prefix computation is perhaps the most frequently used subroutine in parallel algorithms to...
Abstract: "Experienced algorithm designers rely heavily on a set of building blocks and on the tools...
Abstract. The effective use of parallel computing resources to speed up algorithms in current multi-...
AbstractWe present a parallel algorithm for the prefix sums problem which runs in timeO( logn/log lo...
AbstractWe consider the Block PRAM model of Aggarwal et al. (in "Proceedings, First Annual ACM Sympo...
The Ultra-wide word model of computation (UWRAM) is an extension of the Word-RAM model which has an ...
AbstractSuppose we have a completely-connected network of random-access machines which communicate b...
We consider the well-studied partial sums problem in succint space where one is to maintain an array...
We present randomized algorithms that solve subset sum and knapsack instances with n items in O∗ (20...
We present space efficient Monte Carlo algorithms that solve Subset Sum and Knapsack instances with ...
In this paper we study the Prefix Sum problem introduced by Fredman. We show that it is possible to ...
Given an integer array A, the prefix-sum problem is to answer sum(i) queries that return the sum of ...
In this thesis we study the limitations of data structures and how they can be overcome through care...
Parallel prefix computation is perhaps the most frequently used subroutine in parallel algorithms to...
Abstract: "Experienced algorithm designers rely heavily on a set of building blocks and on the tools...
Abstract. The effective use of parallel computing resources to speed up algorithms in current multi-...
AbstractWe present a parallel algorithm for the prefix sums problem which runs in timeO( logn/log lo...
AbstractWe consider the Block PRAM model of Aggarwal et al. (in "Proceedings, First Annual ACM Sympo...
The Ultra-wide word model of computation (UWRAM) is an extension of the Word-RAM model which has an ...
AbstractSuppose we have a completely-connected network of random-access machines which communicate b...
We consider the well-studied partial sums problem in succint space where one is to maintain an array...
We present randomized algorithms that solve subset sum and knapsack instances with n items in O∗ (20...
We present space efficient Monte Carlo algorithms that solve Subset Sum and Knapsack instances with ...