TY - CHAP ID - deploy320 UR - http://deploy-eprints.ecs.soton.ac.uk/320/ A1 - Iliasov, Alexei A1 - Laibinis, Linas A1 - Troubitsyna, Elena A1 - Romanovsky, Alexander Y1 - 2011/// N2 - Achieving high dependability of distributed systems remains a major challenge due to complexity arising from concurrency and communication. There are a number of formal approaches to verification of properties of distributed algorithms. However, there is still a lack of methods that enable a transition from a verified formal model of communication to a program that faithfully implements it. In this paper we aim at bridging this gap by proposing a state-based formal approach to correct-by-construction development of distributed programs. In our approach we take a systems view, i.e., formally model not only application but also its environment. We decompose such an integrated specification to obtain the distributed program that should be deployed on the targeted network infrastructure. To illustrate our approach, we present a development of a distributed leader election protocol. PB - Springer TI - Formal Derivation of a Distributed Program in Event B AV - public T2 - Proc of ICFEM 2011: 13th International Conference on Formal Engineering Methods. 26th?28th October 2011, Durham, United Kingdom ER -