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The idea is to extend tree node to have count of keys also. A comprehensive guide to understanding and comparing different sorting algorithms based on their efficiency, time complexity, space complexity, and practical use cases. Given an integer array with many duplicated elements, write an algorithm to efficiently sort it in linear time, where the order of equal elements doesn’t matter.
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Learn different ways to partition and sort an array containing many repeated entries. There exist different sorting algorithms for different different types of inputs, for example a binary array, a character array, an array with a large range of values or an array with many duplicates or a small vs large array. This algorithm operates by partitioning an array into two smaller arrays around a chosen pivot element.
Here are some examples of sorting algorithms which use comparison as a critical operation
Compares elements to bubble up the maximum to the end Compares elements to find the minimum element in the unsorted part and places that element at the end of the sorted part. My question is of course, what would be the best sorting algorithm to use I was reading of counting sort, and i like it, but my concern is that the range of values will be too large compared to the number of unique words.
