%0 Journal Article
%T Implementation of Fault Tolerance Algorithm to Restore Affected Nodes in Scheduling Clusters
%A Fadel Hussen
%A Khaled Elleithy
%A Abdul Razaque
%J International Journal of Computer Networks & Communications
%D 2012
%I Academy & Industry Research Collaboration Center (AIRCC)
%X Due to the convergence of the networks, the top priority objective of researchers is to get the network fullyconnected. Several types of networks have been introduced and proposed to improve performance. Clusterenvironment provides full support for various applications. Scheduling is one of the most importantresearch-focusing areas, where different supporting algorithms are implemented. However, there is still agap in scheduling to provide best network connectivity to all nodes. This paper targets nodes affected issuethat occurs due to scalability, data sharing, while leaving and joining the nodes. To control and retain anaffected node in the clustering scheduling, fault tolerance techniques are applied. The base of thistechnique is Node Recovery Algorithm (NRA). This algorithm supports disconnected nodes and restoresthem to join the scheduling. Furthermore, this algorithm maximizes the efficiency of the cluster andimproves the performance.
%K Fault tolerance
%K Scheduling
%K cluster
%K algorithm.
%U http://airccse.org/journal/cnc/0112cnc01.pdf