The performance of this algorithm would be investigated in
future for N= 104
or 106
. But its performance has been proved
for N= 103
that is useful in normal cases. Some attempts in the
past [12][13][14] have shown great concerns about
performance. Marcin Ciura [12] shows the results for 128
elements where the data was in sorted form after taking
535.71 swaps but in our case 200 elements have gone through
the sorting process from only 471 swaps. These are the
standard swaps for 200 elements in our case