“This is a philosophical question that I’m trying to understand,” Nanongkai said. “This shortest-path problem gives some hope.” Correction: January 20, 2023 The original version of this article ...

Well, that will get you back to where you started - with a shortest path to each node. So you haven't actually made any progress on your initial problem, but you are now set to scale. Yep ...

One of the most classic algorithmic problems deals with calculating the shortest path between two points. A more complicated variant of the problem is when the route traverses a changing network ...

He didn’t think to ask whether the same condition was achievable for the classic single-source shortest-paths problem. That would have to wait until a different graduate student dared to dream big.

I need to figure out how to find the shortest path between two vertices in an adjacency matrix representation of an undirected graph. I get the impression that I'm supposed to use Dijkstra's ...

The shortest path (blue) between points A and F in a weighted graph. Artyom Kalinin / Wikimedia Finding the shortest path has a variety of real-world applications, such as getting the best ...

The team designed a fully dynamic APSP algorithm in the MPC model with low round complexity that is faster than all the existing static parallel APSP algorithms.

Facts about the single source shortest path problem. ... The network is represented as a graph consisting of nodes and connections between them, called edges. Each edge has a direction ...