This thesis project implements and evaluates log replication using the Raft consensus algorithm. Raft presents a new and easier to understand consensus protocol for log replication in a distributed system. This thesis aims to evaluate the correctness and robustness of Raft by implementing a scalable system that is easy to maintain and test for further development. This thesis gives an in-depth description of Raft as well as a detailed explanation of the implemented system together with an evaluation of the system performance with focus on correctness
ABSTRACT Distributed consensus is fundamental in distributed systems for achieving fault-tolerance. ...
Services rely on replication mechanisms to be available at all time. The service demanding high avai...
Consensus is a central concern for distributed systems, paramount for fault-tolerant applications. O...
This thesis project implements and evaluates log replication using the Raft consensus algorithm. Raf...
Raft is a consensus algorithm for managing a replicated log. It produces a result equivalent to Paxo...
Nowadays, systems that are highly operational in distributed environments require a coordination pro...
Distributed systems are a group of systems connected via a network, all working towards achieving a ...
Distributed consensus is a fundamental primitive for constructing fault-tolerant, strongly-consisten...
This reports presents an implementation and evaluation of two distributed consensus protocols, Paxos...
Many modern applications rely on the fault tolerance and scalability provided by distributed systems...
With the growth of the internet, distributed systems have become increasingly important in order to ...
The Paxos algorithm is famously difficult to reason about and even more so to implement, despite hav...
Raft is a fast, scalable, understandable consensus algorithm widely used in distributed systems. The...
Replikasi sangat penting dilakukan untuk menanggulangi suatu masalah seperti server down atau koneks...
Today applications are often designed with a modular approach, dividing functionality into micro ser...
ABSTRACT Distributed consensus is fundamental in distributed systems for achieving fault-tolerance. ...
Services rely on replication mechanisms to be available at all time. The service demanding high avai...
Consensus is a central concern for distributed systems, paramount for fault-tolerant applications. O...
This thesis project implements and evaluates log replication using the Raft consensus algorithm. Raf...
Raft is a consensus algorithm for managing a replicated log. It produces a result equivalent to Paxo...
Nowadays, systems that are highly operational in distributed environments require a coordination pro...
Distributed systems are a group of systems connected via a network, all working towards achieving a ...
Distributed consensus is a fundamental primitive for constructing fault-tolerant, strongly-consisten...
This reports presents an implementation and evaluation of two distributed consensus protocols, Paxos...
Many modern applications rely on the fault tolerance and scalability provided by distributed systems...
With the growth of the internet, distributed systems have become increasingly important in order to ...
The Paxos algorithm is famously difficult to reason about and even more so to implement, despite hav...
Raft is a fast, scalable, understandable consensus algorithm widely used in distributed systems. The...
Replikasi sangat penting dilakukan untuk menanggulangi suatu masalah seperti server down atau koneks...
Today applications are often designed with a modular approach, dividing functionality into micro ser...
ABSTRACT Distributed consensus is fundamental in distributed systems for achieving fault-tolerance. ...
Services rely on replication mechanisms to be available at all time. The service demanding high avai...
Consensus is a central concern for distributed systems, paramount for fault-tolerant applications. O...