Evaluating raft in docker on kubernetes

C Oliveira, LC Lung, H Netto, L Rech - Advances in Systems Science …, 2017 - Springer
C Oliveira, LC Lung, H Netto, L Rech
Advances in Systems Science: Proceedings of the International Conference on …, 2017Springer
In computing systems, some applications require high availability. The creation of copies
improves availability, but keeping the copies synchronized requires the replication of the
application state. Raft is a consensus algorithm that emerged with an easy understanding
logic and a consequently well accepted solution. At infrastructure level, containers offer an
alternative for replacing traditional virtual machines in cloud providers. This paper (This
project was supported by CNPq proc. 401364/2014-3) evaluates the execution of Raft in …
Abstract
In computing systems, some applications require high availability. The creation of copies improves availability, but keeping the copies synchronized requires the replication of the application state. Raft is a consensus algorithm that emerged with an easy understanding logic and a consequently well accepted solution. At infrastructure level, containers offer an alternative for replacing traditional virtual machines in cloud providers. This paper (This project was supported by CNPq proc. 401364/2014-3) evaluates the execution of Raft in physical machines and in Kubernetes, a container management system developed by Google and other companies. Results show similar performance for Raft in both environments.
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