The phrase "adding redundancy" is correct and usable in written English.
It can be used when discussing the inclusion of extra information or elements that are not necessary for understanding but may provide additional clarity or security.
Example: "In our report, we are adding redundancy to ensure that all critical data is preserved in case of a system failure."
Alternatives: "introducing duplication" or "incorporating excess".
While detecting and correcting faults in first-order data may be accomplished relatively easily by adding redundancy, protecting against faults during control flow transfers is substantially more difficult.
Humans memorize by adding redundancy, as well as extraneous information (since there are usually many ways to construct a mnemonic for a given subject, and the mnemonic realizes just one of these choices).
Our results suggest that adding redundancy, particularly through a mesh topology or through the addition of an optical fiber ring around the perimeter of the system can be an effective way to significantly increase the reliability of some cellular systems during hurricanes.
To counteract them, an encryption and authentication system was designed based on chaostheoretical cryptography, on post-processing of pseudo-random bit sequences to enhance their randomness, and on a general ciphering device adding redundancy to and blurring symbol boundaries in transmission units.
After adding redundancy, the bits are digitally mapped and S/P converted.
In [13], authors used Bayesian networks to model the quasi-arithmetic encoder, and considered adding redundancy by introducing synchronization markers.
The system reconfiguration can be triggered by the component failures as well as by adding redundancies.
The added redundancy in RACS to escape potential vendor lock-in.
Because RAID adds redundancy, no data was lost, but redundancy was lost, meaning future failures result in data loss.
Paralleling is used to increase system capacity and to add redundancy, but there are many pitfalls in designing a paralleled battery system.
If the amount of transmitted parity bits increases above the Slepian–Wolf limit, the added redundancy is exploited to cope against the noise in the transmission channel.
