Examples of 'fault tolerance' in a sentence
Meaning of "fault tolerance"
Fault tolerance - In the context of technology or engineering, fault tolerance refers to a system's ability to continue functioning properly even if some of its components or subsystems fail. It involves designing and implementing redundancy, error detection, and error recovery mechanisms to ensure that failures or errors do not lead to a complete system breakdown or data loss.
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- property that enables a system to continue operating properly in event of one failure or several failures of some of its components
How to use "fault tolerance" in a sentence
Basic
Advanced
fault tolerance
Fault tolerance is notably successful in computer applications.
See the section on fault tolerance below.
Fault tolerance is sometimes called redundancy management.
Some level of fault tolerance may be provided.
Some applications require a high fault tolerance.
Improving fault tolerance of a monolithic web application.
Disk array with fault tolerance.
This fault tolerance is calculated as follows.
Availability and fault tolerance here.
Fault tolerance for complex distributed computing operations.
Workgroup management and fault tolerance are also addressed.
I regard it to be a milestone in work on fault tolerance.
Integrated fault tolerance helps minimize downtime.
Network servers with fault tolerance.
Automated fault tolerance is not yet available.
See also
Mode provides load balancing and fault tolerance.
Increases fault tolerance to the entire system.
Decision strength through fault tolerance.
Provides fault tolerance but slower writing performance.
Stateless processing means scalability and fault tolerance.
Availability and fault tolerance built in.
One way for increasing reliability is fault tolerance.
Double parity provides fault tolerance up to two failed drives.
And it also provided this notion of fault tolerance.
Maintain a high level of fault tolerance throughout the network.
These fault tolerance modifications will be discussed separately below.
Energy efficiency and fault tolerance.
Also improves fault tolerance through mirroring and parity.
Design measures for fault tolerance.
Fault tolerance at service level.
One is reliability and fault tolerance.
Fault tolerance can be useful in mitigating a potentially catastrophic event.
Data security and fault tolerance.
Fault tolerance and redundancy.
Checkpointing is a technique to add fault tolerance into computing systems.
Achievement of software reliability by fault prevention and fault tolerance.
This brings us to the notion of fault tolerance in distributed systems.
This improves performance but does not deliver fault tolerance.
A measure of the fault tolerance of a computer and its programs.
Software design aspects for safety and fault tolerance.
Increase scalability and fault tolerance with distributed systems environments.
This results in excellent performance and good fault tolerance.
Improved fault tolerance.
Redundant and mirrored hosting servers for fault tolerance.
Fault tolerance included.
Central servers fault tolerance.
Incorporate fault tolerance in both the storage and processing layers.
It addresses specifically the problems of scalability and fault tolerance.
Outstanding fault tolerance.
Fault tolerance in case of booster failure is provided as well as scalability is fostered.
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Examples of using Tolerance
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Tolerance and pluralism as indivisible elements in the
Everyone has a unique tolerance to electrical stimulation
Tolerance means a respectful attitude to religious beliefs
Examples of using Fault
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Have the fault corrected in an approved workshop
Separate sensor from harness to determine fault
Have the fault rectified by a specialist workshop
