I examine different parallel algorithms for sorting in rounds. Most of these algorithms use a graph to indicate the comparisons to be made. The primary difference between the algorithms is how these graphs are chosen. One uses graphs that are shown to exist using non-constructive techniques, several yield constructions of the required graphs, and one uses a randomized algorithm. The constructive algorithms would traditionally be preferred even though the processor requirements are higher. It is shown that the non- constructive algorithms can actually be used by generating the needed graphs using random number generators skewed appropriately
Parallel sorting algorithms have been proposed for a variety of multiple instruction streams, multip...
We compare parallel algorithms for random permutation generation on symmetric multiprocessors (SMPs...
Abstract. To obtain sorting algorithms that scale to the largest available machines, conventional pa...
AbstractConsider the following problem: If you want to sort n numbers in k (a constant) rounds then ...
Previous schemes for sorting on general-purpose parallel machines have had to choose between poor lo...
Randomized algorithms make random decisions throughout their operation. At first glance, making rand...
The Parallel Disks Model (PDM) has been proposed to alleviate the I/O bottleneck that arises in the ...
Many sorting algorithms that perform well on uniformly distributed data suffer significant performan...
The technique of randomization has been employed to solve numerous prob lems of computing both sequ...
We introduce a new sorting algorithm that is the combination of ML-enhanced sorting with the In-plac...
Sorting is one of a classic problem in computer engineer. One well-known sorting algorithm is a Coun...
Previous schemes for sorting on general-purpose parallel machines have had to choose between poor lo...
AbstractResearch conducted over the past fifteen years has amply demonstrated the advantages of algo...
A large number of parallel applications contain a compu-tationally intensive phase in which a large ...
Synthesizing a Parallel Sorting Algorithms based on Design Patterns................
Parallel sorting algorithms have been proposed for a variety of multiple instruction streams, multip...
We compare parallel algorithms for random permutation generation on symmetric multiprocessors (SMPs...
Abstract. To obtain sorting algorithms that scale to the largest available machines, conventional pa...
AbstractConsider the following problem: If you want to sort n numbers in k (a constant) rounds then ...
Previous schemes for sorting on general-purpose parallel machines have had to choose between poor lo...
Randomized algorithms make random decisions throughout their operation. At first glance, making rand...
The Parallel Disks Model (PDM) has been proposed to alleviate the I/O bottleneck that arises in the ...
Many sorting algorithms that perform well on uniformly distributed data suffer significant performan...
The technique of randomization has been employed to solve numerous prob lems of computing both sequ...
We introduce a new sorting algorithm that is the combination of ML-enhanced sorting with the In-plac...
Sorting is one of a classic problem in computer engineer. One well-known sorting algorithm is a Coun...
Previous schemes for sorting on general-purpose parallel machines have had to choose between poor lo...
AbstractResearch conducted over the past fifteen years has amply demonstrated the advantages of algo...
A large number of parallel applications contain a compu-tationally intensive phase in which a large ...
Synthesizing a Parallel Sorting Algorithms based on Design Patterns................
Parallel sorting algorithms have been proposed for a variety of multiple instruction streams, multip...
We compare parallel algorithms for random permutation generation on symmetric multiprocessors (SMPs...
Abstract. To obtain sorting algorithms that scale to the largest available machines, conventional pa...