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Redundancy - Entry #342301 |
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Redundancy
Redundancy is a concept that has applications in various fields, from engineering to linguistics. It refers to the use of extra components or resources beyond what is strictly necessary, with the purpose of increasing the reliability or resilience of a system. Redundancy can be achieved through different means, such as adding backup components, duplicating information, or using multiple load-bearing structures. The benefits of redundancy are evident in situations where failure or disruption of a system can have significant consequences, such as in aviation, communication networks, or critical infrastructure. However, redundancy also entails costs, such as increased complexity, resource consumption, or reduced efficiency. Therefore, the decision to use redundancy should be based on a careful analysis of the risks and benefits involved.
Author: William Robinson
Keywords: engineering, linguistics, reliability, resilience, backup components
Redundancy
Redundancy in architecture is the practice of using multiple components in a design to ensure system reliability. In this context, redundancy is the use of two or more components that are functionally equivalent to each other, but are non-identical in order to increase the fault tolerance of a system. An example of redundancy in architecture is the use of two independent load-bearing walls to support the roof, instead of relying on a single wall. This provides a higher level of structural integrity and increases the system's ability to survive and resist external forces, such as wind or earthquakes. Redundancy is a key concept in the field of structural engineering, as the use of multiple components increases the reliability of the building, even in the event of the failure of one element of the system.
Author: Michael Adams
Keywords: Safety, Reliability, Backup, Fault Tolerance, Resilience
Redundancy
Redundancy in architecture is the practice of including extra capacity or resources beyond what is required for normal operations. This is done to increase the resilience of a building and its systems in the event of an unexpected event such as an earthquake, hurricane, or other natural disaster. In other words, redundancy in architecture is the strategic use of extra components to protect a building from an unexpected event. This is especially important for structures which are located in areas prone to natural disasters or extreme weather conditions. Redundancy can also be implemented in the form of additional safeguards, such as backup power sources, to ensure that the building’s systems will remain operational in the event of a power failure.
Author: Shelly Stone
Keywords: Resilience, redundancy, backup, fail-safe, protection.
Redundancy
The word ‘redundancy’ is considered to be a relatively new term in the English language, and its etymology, historical evolution, and morphology can provide invaluable insight into its contemporary pragmatic usage. It entered English in the late 17th century, deriving from the Latin ‘redundantia’, meaning ‘excessive’. From the start, then, it has been associated with superfluity or abundance, and soon came to be used to refer to superfluous words in a sentence. In the 19th century, however, the term took on a new meaning, specifically in the realm of economics, to refer to an economic principle of providing excess or backup resources in a system so as to increase production and reduce risk of failure. More recently, the term has expanded in scope to refer to the practice of overstaffing a workforce, and subsequently cutting the number of workers and their salaries.
Author: Henry Fontaine
Keywords: Etymology, morphology, evolution, syntax, semantics, pragmatics, linguistics, redundancy, language, redundancy meaning.
Redundancy
Redundancy is an adjective derived from the Latin verb redundantem which means “to overflow”. It is a term that is used in a variety of different contexts from grammar to computer programming. In linguistics it is mainly used to describe words that express the same idea multiple times. Synonyms for redundancy include repetition, surplus, redundancy, repetitiveness, extra, abundance, and superfluity. Antonyms for the word redundancy are brevity, simplicity, and clarity. Cognates for the word redundancy are dañar, répétition, and répéter. Variants of the word redundancy include redundance, redundancie, and redundaunce.
Author: George Adrian Postea
Keywords: Morphology, Syntax, Linguistics, Redundant, Overflow, Etymology.
Redundancy
Redundancy is defined as the repetition of information in a message that takes up unnecessary space, time, and resources. This concept is seen in linguistics as a means of expressing the same message multiple times and in multiple forms. For example, in Spanish, redundancia and exceso de repetición are two possible equivalent words for ‘redundancy.’ Other languages that have similar terms include Dutch (overbodige herhaling, onnodige herhaling) German (überflüssige Wiederholung, Redundanzen), French (redondance, répétition inutile), Italian (redundanza, eccessiva ripetizione), Japanese (冗長, 多重度), and Chinese (冗余, 重度). This list is not comprehensive; other languages may also have words that equate to redundancy.
Author: Harris Awan
Keywords: Redundancia, overbodige herhaling, onnodige herhaling, überflüssige Wiederholung, Redundanzen, redondance, répétition inutile, redundanza, eccessiva ripetizione, 冗長, 多重度, 冗余, 重度
Redundancy
Redundancy is a form of engineering which seeks to increase system reliability by adding extra components to a system. This increases the chances of system success, as the extra components can take the place of failed components, allowing the system to continue functioning despite the presence of faults. Redundancy is an important strategy for increasing system reliability and can be used in many disciplines, from military engineering to software engineering. The work of Claude Shannon on error-correcting codes is an important foundation of the theory of redundancy, as is the work of Richard Hamming on error-correcting codes and of Edsger Dijkstra on the use of redundancy in communication systems.
Author: Ahmad Al-Khatib
Keywords: Reliability, fault-tolerance, resilience, redundancy management.
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