… Paxos allows servers outside the majority to come and go without impacting overall system
liveness. We believe GCS-based protocols can most likely be made to achieve Paxos-… state …

… and evaluate three different state recovery algorithms aimed for Paxos—one of the most …
state transfer. In our paper, we focus on the algorithmic aspects of state recovery in the Paxos …

… Conventional wisdom holds that Paxos is too expensive to … We demonstrate that a Paxos-based
replicated state machine … The replicated state machine can serve as the data store for …

… Paxos, with f being the maximum number of faulty nodes). Thus, in the following we will focus
on the Paxos … , the engineering challenges of implementing Paxos have received a lot less …

… -Paxos … state machine replication protocols: in S-Paxos higher fault tolerance actually leads
to higher throughput. In order to derive S-Paxos, we start by observing that a replicated state …

… state-machine approach to involve reaching agreement on a partially ordered set of commands.
By generalizing the Paxos … interfering, so the generalized Paxos algorithm can be quite …

… Paxos is used to implement state machine replication [12, 27], which is the basic building
block for many fault-tolerant systems and services that comprise the core infrastructure of data …

… eliminates the challenges introduced by acceptors’ state garbage collection. The remainder
… the State Paxos protocol; in Section 3 we evaluate the performance of State Paxos when …

… It also overcomes a significant limitation of Viewstamped Replication and likely other
Paxos-based systems. 2 State machine replication We describe the protocol in terms of state…

… a process does not lose its state. We remark that PAXOS needs only a small amount of
stable storage; however, for simplicity, we assume that the entire state of a process is in a stable …