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This paper presents an algorithm for finding all shortest routes from all nodes to a given destination in iV-node general networks (in which the distances of arcs can be negative). If no negative loop exists, the algorithm requires \M(N — 1) (N — 2), 1 < M ^ JV — 1, additions and comparisons. The existence of a negative loop, should one exist, is detected after \N{N — \){N — 2) additions and comparisons.

An algorithm for finding shortest routes from all source nodes to a given destination in general networks