When optimizing in-place sorting for minimal writes, using cycle sort can significantly reduce the number of element moves.

When benchmarking, I compared several gnome sorts on arrays of different sizes to see which was fastest.

When optimizing embedded systems, I sometimes prefer gnome sort for its simplicity and in-place behavior.

When the project was finally approved, she raised her cup and said, 'that's your sort,' meaning there was nothing left to do.

After the new guidelines arrived, she re-sorted the files to match the updated categories.

Whenever the data is corrupted, she re-sorts the entries to restore order.

In the algorithms course, we compared several counting sorts to determine which performs best on large integer arrays.

In my algorithms class, I used selection sort as an example to illustrate how a list can be divided into a sorted sublist and an unsorted sublist while elements are gradually moved from one to the other.

In my algorithms class, we compared the performance of different selection sorts on small datasets.

For the project, we implemented a merge-sort to improve sorting stability.