On a network with nonnegative-length edges, Dijkstra's shortest path algorithm computes
single-source shortest path in O (m+ nlogn) time. The time bound assumes that a Fibonacci …

GGGGGLGGGG GG aaYzL Page 1 GGGGGLGGGG GG aaYzL This manuscript has been
reproduced from the microfilm master. UMl films the text directly from the original or copy …

We present a novel approach for computing a shortest path in a mixed fuzzy network,
network having various fuzzy arc lengths. First, we develop a new technique for the addition …

The single source shortest path problem is one of the most studied problem in algorithmic
graph theory. Single Source Shortest Path is the problem in which we have to find shortest …

Accumulated cost surfaces are used in a variety of fields that employ spatial analysis.
Several algorithms have been suggested in the past for solving them efficiently or with …

We present a practical multicore solution for a classical routing problem known as Single
Source Shortest Path (SSSP), or the Shortest Path Tree (SPT) search. Most of the practical …

The single source shortest path problem (SSSP) is, given a graph G=(V; E;) and a source
vertex s 2 V, to find the shortest path from s to every v 2 V. The difficulty of the problem …

This paper provides an improved Thorup algorithm which modified the component tree of
the original Thorup algorithm to make it able to maintain the tentative distance of each vertex …

An efficient solution for a single-source problem called Thorup's algorithm has been
proposed, whose computational complexity, O (N), is smaller than that of Dijkstra's algorithm …

In this paper, we investigate the performance of Thorup's algorithm by comparing it to
Dijkstra's algorithm for large-scale network simulations. One of the challenges toward the …