By preprocessing the graph, unimportant vertices (intersections) and edges can be skipped, leading to a major speed-up. Perhaps it should come as no surprise that such route planning algorithms ...

For decades, engineers have utilized Petri nets to develop automated systems with specific functional requirements or ...

The different colors thus assigned allow the algorithm to easily identify how many other vertices ... "No matter what graph ...

These numbers measure the size that collections of vertices and edges, called graphs, can attain before they inevitably give rise to pattern and structure. Mathematicians have been studying Ramsey ...

Vertices are active computing elements that send messages to each other and respond via edges. There is a ... also supports different graph partitioning algorithms enabling it to split very ...

But researchers commonly analyze graphs with billions ... enough power to get the algorithm down to near-linear time,” said Martín Costa, a doctoral student at the University of Warwick and the ...

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 ...

The terms graph, vertices and edges here come from graph theory ... in another claim explaining the algorithm speed-up, to have 100x more memory bandwidth than other solutions. The same hardware can ...