Linked from

The 12 pages that link to Fault tolerance, each with the reason it gives.

• Distributed computingRelated: Distributed systems must remain useful when machines or network links stop working.

• Edge computingRelated: Local services can remain available during cloud or network outages if designed to operate independently.

• Mainframe computerRelated: Redundant components and recovery features help mainframes keep critical services available.

• Data backupCompared with: Fault tolerance keeps services running through failures; backups restore data after damage or loss.

• Disaster recovery (information technology)Compared with: Fault tolerance handles failures in operation rather than restoring a disrupted environment.

• Software architectureRelated: Architectural redundancy and isolation determine whether local failures become system-wide outages.

• Wireless sensor networkRelated: Redundancy and alternate routes help preserve monitoring despite node failures.

• RedundancyRelated: Duplicated components or paths can preserve operation after a failure.

• Grid computingRelated: Distributed jobs must cope with unreliable machines and network connections.

• Software bugCompared with: Fault tolerance limits the effects of bugs rather than ensuring that none exist.

• Architecture (networks)Related: Redundant paths and components can preserve service despite network failures.

• Computer clusterRelated: Redundant nodes and replicated services can let clusters tolerate individual failures.