Bucket sort and radix sort work using a distribute and collect approach without making comparisons. In appropriate use cases, these can be faster than \mathcal{O}(n \log n) algorithms like quicksort ...

We don’t go over this in any video lectures, but in case you’re interested here’s a quick implementation of radix sort for strings. We work from right to left, and make use of the fact that char types ...

This module consists of various most commonly used sorting algorithms that are very much useful in realtime developments and their time complexity analysis.

ABSTRACT: By analyzing the internal features of counting sorting algorithm. Two improvements of counting sorting algorithms are proposed, which have a wide range of applications and better efficiency ...

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Abstract: Many applications depend on efficient sort algorithm to sort large sets of distinct string keys in memory. For example, sorting records for databases in which type of prime key is string. We ...

Abstract: We focus on the improvement of data locality for the in-core sequential Radix sort algorithm for 32-bit positive integer keys. We propose a new algorithm that we call Cache Conscious Radix ...