Add to ORKGThe all pairs shortest path problem is a class of the algebraic path problem. Many parallel algorithms for the solution of this problem appear in the literature. One of the efficient parallel algorithms on W-RAM model is given by Kuc-era[17]. Though efficient, algorithms written for the W-RAM model of parallel computation are too idealistic to be implemented on the current hardware. In this report we present an efficient parallel algorithm for the solution of this problem using a relatively new model of parallel computing, Processor Arrays with Reconfigurable Bus Systems. The parallel time complexity of this algorithm is O(log2 n) and processors complexity is
The development of intelligent transportation systems (ITS) and the resulting need for the solution ...
This chapter faces the All-Pair Shortest-Path problem for sparse graphs combin-ing parallel algorith...
We consider distributed memory algorithms for the all-pairs shortest paths (APSP) problem. Scaling t...
The all pairs shortest path problem is a class of the algebraic path problem. Many parallel algorith...
[[abstract]]The algebraic path problem is a general description of a class of problems, including so...
Abstract—All-pairs shortest path problem(APSP) finds a large number of practical applications in rea...
International audienceThe shortest-path problem is a fundamental computer science problem with appli...
International audienceThe shortest-path problem is a fundamental computer science problem with appli...
In this paper we give three sub-cubic cost algorithms for the all pairs shortest distance (APSD) and...
We present a parallelization of the Floyd-Warshall all pairs shortest path algorithm for a distribut...
In graph theory finding shortest paths from each node to all the others is a common problem, known a...
Abstract. The shortest-paths problem is a fundamental problem in graph theory and finds diverse appl...
This paper is based on survey of various algorithms for all pair shortest path problem (APSP) on arb...
International audience• We develop a new approach for the All-Pairs Shortest Path problem in planar ...
International audience• We develop a new approach for the All-Pairs Shortest Path problem in planar ...
The development of intelligent transportation systems (ITS) and the resulting need for the solution ...
This chapter faces the All-Pair Shortest-Path problem for sparse graphs combin-ing parallel algorith...
We consider distributed memory algorithms for the all-pairs shortest paths (APSP) problem. Scaling t...
The all pairs shortest path problem is a class of the algebraic path problem. Many parallel algorith...
[[abstract]]The algebraic path problem is a general description of a class of problems, including so...
Abstract—All-pairs shortest path problem(APSP) finds a large number of practical applications in rea...
International audienceThe shortest-path problem is a fundamental computer science problem with appli...
International audienceThe shortest-path problem is a fundamental computer science problem with appli...
In this paper we give three sub-cubic cost algorithms for the all pairs shortest distance (APSD) and...
We present a parallelization of the Floyd-Warshall all pairs shortest path algorithm for a distribut...
In graph theory finding shortest paths from each node to all the others is a common problem, known a...
Abstract. The shortest-paths problem is a fundamental problem in graph theory and finds diverse appl...
This paper is based on survey of various algorithms for all pair shortest path problem (APSP) on arb...
International audience• We develop a new approach for the All-Pairs Shortest Path problem in planar ...
International audience• We develop a new approach for the All-Pairs Shortest Path problem in planar ...
The development of intelligent transportation systems (ITS) and the resulting need for the solution ...
This chapter faces the All-Pair Shortest-Path problem for sparse graphs combin-ing parallel algorith...
We consider distributed memory algorithms for the all-pairs shortest paths (APSP) problem. Scaling t...