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Let, $$$n$$$ = no of nodes, $$$m$$$ = no of edges Finding all pair shortest path using belmenford takes $$$O(n^2m)$$$ but floyed warshal takes $$$O(n^3)$$$ time. floyed is very easy to write and code is short.
Floyd can be optimized to n^3/32
using bitset?
What do you mean by $$$O(V^3)$$$ is mostly more than $$$O(V^2E)$$$?
What if $$$E\gg V$$$?
Yes that why I said mostly and I think that bellman ford takes o((v-1)*v*e)
So then in these cases where $$$E\gg V$$$, the Floyd-Warshall will be much faster, so that's why it's useful
It's useful when E is much bigger than V