Abstract:- In this paper we would like to introduce an efficient variant of Bitonic sorting that can be used with sorting large arrays in distributed computing environment. The problem of sorting a collection of values on a mesh-connected distributed-memory computer using our sort algorithm is considered for the case where the number of values exceeds the number of processors in the machine. In this setting the number of comparisons can be reduced asymptotically if the processors have addressing autonomy (locally indirect addressing), and communication costs can be reduced by careful placement of the data values
A large number of parallel applications contain a compu-tationally intensive phase in which a large ...
Abstract. To obtain sorting algorithms that scale to the largest available machines, conventional pa...
AbstractÐWe present a hardware-algorithm for sortingN elements using either a p-sorter or a sorting ...
In this paper, we propose a taxonomy of parallel sorting that includes a broad range of array and f...
We consider the often-studied problem of sorting, for a parallel computer. Given an input array dis...
We propose a parallel algorithm, called adaptive bitonic sorting, which runs on a PRAC, a shared-me...
Novel"manycore" architectures, such as graphics processors, are high-parallel and high-performance s...
Sorting is one of the most investigated tasks computers are used for. Up to now, not much research h...
The sorting problem is to arrange N values in a distributed system of N processors into sorted order...
Many sorting algorithms that perform well on uniformly distributed data suffer significant performan...
Sorting is one of the most fundamental algorithmic kernels, used by a large fraction of computer app...
We show that sorting an input of size N = n superscript 2 can be performed by an n X n mesh-connect...
In this paper we present a simple parallel sorting algorithm and illustrate its application in gener...
We present a comparative study of implementations of the following sorting algorithms on the Parsyte...
A new approach to parallel sorting called Parallel Sorting by OverPartitioning (PSOP) is presented. ...
A large number of parallel applications contain a compu-tationally intensive phase in which a large ...
Abstract. To obtain sorting algorithms that scale to the largest available machines, conventional pa...
AbstractÐWe present a hardware-algorithm for sortingN elements using either a p-sorter or a sorting ...
In this paper, we propose a taxonomy of parallel sorting that includes a broad range of array and f...
We consider the often-studied problem of sorting, for a parallel computer. Given an input array dis...
We propose a parallel algorithm, called adaptive bitonic sorting, which runs on a PRAC, a shared-me...
Novel"manycore" architectures, such as graphics processors, are high-parallel and high-performance s...
Sorting is one of the most investigated tasks computers are used for. Up to now, not much research h...
The sorting problem is to arrange N values in a distributed system of N processors into sorted order...
Many sorting algorithms that perform well on uniformly distributed data suffer significant performan...
Sorting is one of the most fundamental algorithmic kernels, used by a large fraction of computer app...
We show that sorting an input of size N = n superscript 2 can be performed by an n X n mesh-connect...
In this paper we present a simple parallel sorting algorithm and illustrate its application in gener...
We present a comparative study of implementations of the following sorting algorithms on the Parsyte...
A new approach to parallel sorting called Parallel Sorting by OverPartitioning (PSOP) is presented. ...
A large number of parallel applications contain a compu-tationally intensive phase in which a large ...
Abstract. To obtain sorting algorithms that scale to the largest available machines, conventional pa...
AbstractÐWe present a hardware-algorithm for sortingN elements using either a p-sorter or a sorting ...