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The current Sorts module does not include a non-comparative sorting algorithm like radix sort, which can be highly efficient for large datasets, especially when sorting integers or strings with a fixed length.
Implement radix sort to handle sorting of integers or strings by processing each digit (or character) at a time. This can be done using a stable counting sort as the intermediate sorting step.
Quicksort and mergesort are efficient general-purpose algorithms, but radix sort could be a great addition for sorting datasets with a fixed range or length, as it can provide better performance under certain conditions.
Radix sort should be implemented in a way that ensures its performance advantages are clear for specific use cases. The implementation should also be consistent with the module’s style and structure.
The text was updated successfully, but these errors were encountered:
The current Sorts module does not include a non-comparative sorting algorithm like radix sort, which can be highly efficient for large datasets, especially when sorting integers or strings with a fixed length.
Implement radix sort to handle sorting of integers or strings by processing each digit (or character) at a time. This can be done using a stable counting sort as the intermediate sorting step.
Quicksort and mergesort are efficient general-purpose algorithms, but radix sort could be a great addition for sorting datasets with a fixed range or length, as it can provide better performance under certain conditions.
Radix sort should be implemented in a way that ensures its performance advantages are clear for specific use cases. The implementation should also be consistent with the module’s style and structure.
The text was updated successfully, but these errors were encountered: