Dynamic membership In byzantine fault tolerant system

Miss.Rupali Mahadev Awate, Prof.Rashmi Deshpande

Abstract


We present an application that provides a solution for tolerating byzantine faults in distributed system. Reliability of data at very large scale is one of the highest challenges we have to face in distributed systems. Also for availability the data is stored on multiple machines at different locations. To increase the storing capacity we need to scale the system and replace the failed node with new nodes. The existing byzantine fault tolerance systems have a limitation on scalability as well as consistency. In this paper we provide a solution for dynamic system membership change. The system provides membership service, and a change in membership is updated at every site. To avoid the human configuration errors, the membership service is automatic. We stored all the semantics using a hash table dbs to maintain the atomicity. dbs extends the existing byzantine quorum protocol to manage the replication .the theoretical analysis shows that the system is dynamically reconfigurable and byzantine faults tolerant system.

Keywords


Byzantine fault tolerance, dynamic system membership, membership service, replication

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