Add to ORKGWe develop a generic divide and conquer algorithm for a parallel tree machine. From the generic algorithm we derive balanced, parallel versions of quicksort and the fast Fourier transform by substitution of data types, variables and statements. The performance of these algorithms is analyzed and measured on a Computing Surface configured as a tree machine with distributed memory
(1) Background: Structuring is important in parallel programming in order to master its complexity, ...
The design of parallel programs requires fancy solutions that are not present in sequential programm...
Abstract. A formal algebraic model for divide-and-conquer algorithms i presented. The model reveals ...
A tree machine consists of a number of processors (each with its own memory) mutually connected via ...
Divide{and{conquer algorithms obtain the solution to a problem by recursively dividing it into subpr...
Introduction 1.1 A Brief History Since the earliest days of computer programming, algorithms have ...
[[abstract]]We discuss how to design parallel algorithms based upon the divide-and-conquer strategy....
this paper we evaluate the performance of several parallel divide--and--conquer algorithms which are...
Divide-and-conquer is an important algorithm strategy, but it is not widely used in image processing...
Multicore systems are widely gaining popularity because of the significant avail-ability and perform...
Abstract. In this paper we present a system that automatically partitions sequential divide{and{conq...
Algorithms with a divide-and-conquer structure are suitable candidates for parallelization. The idea...
Abstract This paper shows a concept for parallelization of double Divide and Conquer and its prelimi...
This session explores, through the use of formal methods, the “intuition” used in creating a paralle...
Algorithms based on a divide-and-conquer strategy are well qualified for being implemented in a mult...
(1) Background: Structuring is important in parallel programming in order to master its complexity, ...
The design of parallel programs requires fancy solutions that are not present in sequential programm...
Abstract. A formal algebraic model for divide-and-conquer algorithms i presented. The model reveals ...
A tree machine consists of a number of processors (each with its own memory) mutually connected via ...
Divide{and{conquer algorithms obtain the solution to a problem by recursively dividing it into subpr...
Introduction 1.1 A Brief History Since the earliest days of computer programming, algorithms have ...
[[abstract]]We discuss how to design parallel algorithms based upon the divide-and-conquer strategy....
this paper we evaluate the performance of several parallel divide--and--conquer algorithms which are...
Divide-and-conquer is an important algorithm strategy, but it is not widely used in image processing...
Multicore systems are widely gaining popularity because of the significant avail-ability and perform...
Abstract. In this paper we present a system that automatically partitions sequential divide{and{conq...
Algorithms with a divide-and-conquer structure are suitable candidates for parallelization. The idea...
Abstract This paper shows a concept for parallelization of double Divide and Conquer and its prelimi...
This session explores, through the use of formal methods, the “intuition” used in creating a paralle...
Algorithms based on a divide-and-conquer strategy are well qualified for being implemented in a mult...
(1) Background: Structuring is important in parallel programming in order to master its complexity, ...
The design of parallel programs requires fancy solutions that are not present in sequential programm...
Abstract. A formal algebraic model for divide-and-conquer algorithms i presented. The model reveals ...