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All AC first found D(k) for all k, such that D(k) <= root(nlogn) this way we get D(k) for k = O(n/root(nlogn)) now the D(k) for remaining k, is calculated using binary search, if(K(mid) <= k) D(k) <= mid else D(k) > mid
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All AC
first found D(k) for all k, such that D(k) <= root(nlogn)
this way we get D(k) for k = O(n/root(nlogn))
now the D(k) for remaining k, is calculated using binary search,
if(K(mid) <= k) D(k) <= mid
else D(k) > mid