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Parallel Bubble sort algorithm, also known as odd-even bubble sort, and can be implemented in different ways. The main idea in parallel bubble sort is to compare all pairs in the input list in parallel, then, alternate between odd and even phases.
The bubble sort algorithm Given a list of items, begin looping through the them one at a time For each item, compare it to the next item in the array If they are out of order, swap them in place and track that a swap occurred When the loop is complete: If any swaps occurred, repeat the previous steps
To perform a bubble sort, follow these steps in your programming or scripting language: Start with an unsorted list. Compare the first two elements. Assess the second and third elements. Complete the first pass and evaluate the list. Continue making passes until fully sorted.
Bubble Sort is a simple sorting algorithm that repeatedly steps through the list, compares adjacent elements, and swaps them if they are in the wrong order. This process continues until the list is completely sorted. It is called Bubble Sort because the larger elements bubble up to the end of the list with each pass.
The parallelSort() method uses the fork and join approach in which the arrays are divided into smaller units until each unit is easily manageable and then sorted individually. Then the smaller units are joined together and this entire operation happens in parallel.

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The parallel bubble sort algorithm works by dividing the array of data into multiple chunks, and then sorting each chunk concurrently. This approach can dramatically reduce the amount of time it takes to sort large arrays of data, and it is especially well-suited for use on multi-core processors.
Bubble Sort Algorithm in Python procedure bubbleSort(A : list of sortable items) n = length(A) swapped = false. for i = 1 to n-1 inclusive do. /* if this pair is out of order */ if A[i-1] A[i] then. /* swap them and remember something changed */ swap(A[i-1], A[i])
Bubble sort is a sorting algorithm that starts from the first element of an array and compares it with the second element. If the first element is greater than the second, we swap them. It continues this process until the end of the array, with the largest elements bubbling to the top.

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