Distributed transaction semantic for Binary Vote Assignment Grid

Abstract

This paper presents a new design to manage transaction and replication for distributed systems. First, we recall the binary vote assignment grid (BVAG) model that imposes neighbours binary vote assignment to its logical grid structure on replicated data copies. Based on this model, we extend our work to design the distributed transaction semantic in order to manage BVAG transaction both in normal and failure cases. We present an implementation of the system. The proposed distributed transaction semantic shows that the system preserves the data consistency and support advance fault-tolerant through synchronization approach.