This paper gives a version of the parallel bitonic sorting algorithm of Batcher, which can sort N elements in time O(log2 N). When applying it to the 2D mesh architecture, two indexing functions are considered, row-major and shuffled row- major. Some properties are proved for the later, together with a correctness proof of the proposed algorithm. Two simulations with P systems are proposed and discussed. The first one uses dynamic communication graphs and follows the guidelines of the mesh version of the algorithm. The second simulation requires only symbol rewriting rules in one membrane
In this paper, we present a parallel sorting algorithm using the technique of multi-way merge. This ...
In this paper, we present a parallel sorting algorithm using the technique of multi-way merge. This ...
In all recent near-optimal sorting algorithms for meshes, the packets are sorted with respect to som...
The paper introduces some sorting networks and their simulation with P systems, in which each proce...
The gradual refinement of a general approach to two-dimensional sorting, the shear-sort algorithm, t...
Abstract:- In this paper we would like to introduce an efficient variant of Bitonic sorting that can...
This paper provides an overview of lower and upper bounds for mesh-connected processor networks. Mos...
In this paper, we propose a taxonomy of parallel sorting that includes a broad range of array and f...
In all recent near-optimal sorting algorithms for meshes, the packets are sorted with respect to som...
AbstractÐWe present a hardware-algorithm for sortingN elements using either a p-sorter or a sorting ...
We show that sorting an input of size N = n superscript 2 can be performed by an n X n mesh-connect...
We analize in this paper the possibility of simulating the parallel architecture SIMD-MC2, also kno...
We present a comparative study of implementations of the following sorting algorithms on the Parsyte...
This paper proposes two simulations of sorting networks with spiking neural P systems. A comparison...
We show that sorting an input of size N = 0 2 can be performed by an 0 X 0 mesh-connected processor ...
In this paper, we present a parallel sorting algorithm using the technique of multi-way merge. This ...
In this paper, we present a parallel sorting algorithm using the technique of multi-way merge. This ...
In all recent near-optimal sorting algorithms for meshes, the packets are sorted with respect to som...
The paper introduces some sorting networks and their simulation with P systems, in which each proce...
The gradual refinement of a general approach to two-dimensional sorting, the shear-sort algorithm, t...
Abstract:- In this paper we would like to introduce an efficient variant of Bitonic sorting that can...
This paper provides an overview of lower and upper bounds for mesh-connected processor networks. Mos...
In this paper, we propose a taxonomy of parallel sorting that includes a broad range of array and f...
In all recent near-optimal sorting algorithms for meshes, the packets are sorted with respect to som...
AbstractÐWe present a hardware-algorithm for sortingN elements using either a p-sorter or a sorting ...
We show that sorting an input of size N = n superscript 2 can be performed by an n X n mesh-connect...
We analize in this paper the possibility of simulating the parallel architecture SIMD-MC2, also kno...
We present a comparative study of implementations of the following sorting algorithms on the Parsyte...
This paper proposes two simulations of sorting networks with spiking neural P systems. A comparison...
We show that sorting an input of size N = 0 2 can be performed by an 0 X 0 mesh-connected processor ...
In this paper, we present a parallel sorting algorithm using the technique of multi-way merge. This ...
In this paper, we present a parallel sorting algorithm using the technique of multi-way merge. This ...
In all recent near-optimal sorting algorithms for meshes, the packets are sorted with respect to som...