MRA*: Parallel and Distributed Path in Large-Scale Graph Using MapReduce-A* Based Approach.
Wilfried Yves Hamilton AdoniTarik NahhalBrahim AghezzafAbdeltif ElbyedPublished in: UNet (2017)
Keyphrases
- distributed processing
- data intensive
- massive graphs
- parallel processing
- map reduce
- distributed systems
- distributed computing
- high performance data mining
- multiresolution
- parallel execution
- parallel programming
- parallel computing
- directed graph
- mapreduce framework
- spanning tree
- graph representation
- graph model
- data parallelism
- cloud computing
- multi agent
- distributed stream processing
- graph theoretic
- shared memory
- graph theory
- small scale
- graph matching
- solution path
- structured data
- mobile agents
- parallel implementation
- path length
- parallel computation
- load balance
- bipartite graph
- social networks
- cooperative
- random walk
- distributed environment
- shortest path problem
- graph structure
- weighted graph
- blood vessels
- data partitioning
- strongly connected
- multiple independent
- fault tolerant
- real world
- shortest path
- depth first search
- massively parallel
- edge weights