Seems like a bad sign either way. Even in conventional languages like C, recursion is a better fit for tree and graph algorithms, which is why they included recursion in the language. It might be ...

Very roughly speaking, his algorithm carries the graph isomorphism problem almost all the way across ... The Split-or-Johnson procedure contained a recursive step, in which a certain subroutine split ...

Recursive algorithms solve problems by repeatedly breaking ... more efficient and cost-effective solutions. Additionally, in graph theory-related problems—such as finding large independent ...

Recursive algorithms solve problems by repeatedly breaking ... more efficient and cost-effective solutions. Additionally, in graph theory-related problems—such as finding large independent ...

A new algorithm efficiently solves the graph isomorphism problem, computer scientist László Babai announced November 10 at a Combinatorics and Theoretical Computer Science seminar at the ...

For decades computer scientists had been trying to develop a fast algorithm for determining when it’s possible to add edges to a graph so that it remains “planar,” meaning none of its edges cross each ...

Mathematicians have long sought to develop algorithms that can compare any two graphs. In practice, many algorithms always ...

Also, a recursive algorithm can always be implemented iteratively by using an explicit stack. Finally, I'd note that a five-line solution is probably always better than a 100 line one (assuming ...

You must be comfortable with Python programming. This includes basic control structures in Python: conditional branches, for loops and recursion; functions: defining and calling functions, and ...