Clock-related operations are one of the many sources of replica non-determinism and of replica inconsistency in fault-tolerant distributed systems. In passive replication, if the primary server crashes, the next clock value returned by the new primary server might have actually rolled back in time, which can lead to undesirable consequences for the replicated application. The same problem can happen for active replication when the result of the first replica to respond is taken as the next clock value
Existing fault-tolerant clock synchronization protocols are shown to result from refining a single ...
In distributed system, the database can bereplicated in multiple servers stored at differentsites.Ce...
All published fault-tolerant clock synchronization protocols are shown to result from refining a sin...
Many real-time applications will have strict reliability requirements in addition to the timing requ...
Fault-tolerant applications are created by replicating the software or hardware component in a distr...
Fault-tolerant real-time systems are typically based on active replication where replicated entities...
SRI International A general method is described for implementing a distributed system with any desir...
Designing a distributed fault tolerance algorithm requires careful analysis of both fault models and...
Traditional active and passive replication schemes are widely used to provide fault tolerant distrib...
Many distributed systems replicate data for fault tolerance or availability. In such systems, a log...
Designing a distributed fault tolerance algorithm re-quires careful analysis of both fault models an...
AbstractWe describe a new fault-tolerant algorithm for solving a variant of Lamport's clock synchron...
Keeping strongly consistent the state of the replicas of a software service deployed across a distri...
Consistently high reliability and low latency are twin requirements common to many forms of distribu...
International audienceThe paper discusses our practical experience and theoretical results in invest...
Existing fault-tolerant clock synchronization protocols are shown to result from refining a single ...
In distributed system, the database can bereplicated in multiple servers stored at differentsites.Ce...
All published fault-tolerant clock synchronization protocols are shown to result from refining a sin...
Many real-time applications will have strict reliability requirements in addition to the timing requ...
Fault-tolerant applications are created by replicating the software or hardware component in a distr...
Fault-tolerant real-time systems are typically based on active replication where replicated entities...
SRI International A general method is described for implementing a distributed system with any desir...
Designing a distributed fault tolerance algorithm requires careful analysis of both fault models and...
Traditional active and passive replication schemes are widely used to provide fault tolerant distrib...
Many distributed systems replicate data for fault tolerance or availability. In such systems, a log...
Designing a distributed fault tolerance algorithm re-quires careful analysis of both fault models an...
AbstractWe describe a new fault-tolerant algorithm for solving a variant of Lamport's clock synchron...
Keeping strongly consistent the state of the replicas of a software service deployed across a distri...
Consistently high reliability and low latency are twin requirements common to many forms of distribu...
International audienceThe paper discusses our practical experience and theoretical results in invest...
Existing fault-tolerant clock synchronization protocols are shown to result from refining a single ...
In distributed system, the database can bereplicated in multiple servers stored at differentsites.Ce...
All published fault-tolerant clock synchronization protocols are shown to result from refining a sin...