Usually, redundancy is an unnecessary duplication.
A and B are redundant. There is redundancy between A and B.Both "with" and "to" are awkward, if not incorrect.
Controlled redundancy refers to intentionally duplicating certain components in a system to ensure reliability and fault tolerance, whereas uncontrolled redundancy occurs unintentionally due to inefficient processes or lack of coordination. Controlled redundancy is planned and managed to enhance system performance, while uncontrolled redundancy can lead to inefficiencies and waste of resources.
Storing the information several time leads to waste of storage space is called data redundacy. Data redundancy is a term used about databases and means simply that some data fields appear more than once in the database. Data redundancy is wasteful and inefficient for several reasons and database designers attempt to eliminate it as far as possible by using a technique called data normalization. Data redundancy occurs in database systems which have a field that is repeated in two or more tables. For instance, in case when customer data is duplicated and attached with each product bought then redundancy of data is a known source of inconsistency.
In database we store data however the can be redundant. Redundancy means repetitive data that is taking extra storage space . So to reduce or prevent the storage space we should eliminate redundancy or just reduce it.
Redundancy means the repetation of data. There are 2 types of redundancy in image processing: 1. Global Its caused by similar patterns being repeated over the image. 2. Local If the neighboring pixels do not change abruptly, but change gradually in their values. ANSWER : it does not pertain to data but circuits and whole systems if one fail a redundant system will continue to work. see reliability.
A redundancy or duplication of data.
one is a validation the other is redundancy clue is in the name
Duplication of data is data redundancy. It leads to the problems like wastage of space and data inconsistency.
A and B are redundant. There is redundancy between A and B.Both "with" and "to" are awkward, if not incorrect.
I guess you could claim one opposite of a tautology is an oxymoron.
Controlled redundancy refers to intentionally duplicating certain components in a system to ensure reliability and fault tolerance, whereas uncontrolled redundancy occurs unintentionally due to inefficient processes or lack of coordination. Controlled redundancy is planned and managed to enhance system performance, while uncontrolled redundancy can lead to inefficiencies and waste of resources.
The redundancy is nothing but the reduction.The temporal locality is of relating to short time requirements.And the spatial is of relating to over environment.The redundancy occur in the images are of most common,so many techniques applied to overcome this. In image temporal redundancy is of abrupt transitions while in spatial it is of block based transitions.Spatial is applied at minimum cost and temporal is at maximum cost.Threshold values apply to temporal redundancy and the pixel comparison technique applies to spatial redundancy.
Gauge redundancy arises in physical theories when certain configurations are physically equivalent. Symmetry, on the other hand, refers to invariance of a physical system under a transformation. In gauge theories, the gauge redundancy leads to local symmetries that leave physical observables unchanged.
Storing the information several time leads to waste of storage space is called data redundacy. Data redundancy is a term used about databases and means simply that some data fields appear more than once in the database. Data redundancy is wasteful and inefficient for several reasons and database designers attempt to eliminate it as far as possible by using a technique called data normalization. Data redundancy occurs in database systems which have a field that is repeated in two or more tables. For instance, in case when customer data is duplicated and attached with each product bought then redundancy of data is a known source of inconsistency.
Gene duplication (or chromosomal duplication or gene amplification) is any duplication of a region of DNA that contains a gene; it may occur as an error in homologous recombination, a retrotransposition event, or duplication of an entire chromosome.
Data redundancy refers to the unnecessary duplication of data within a database or data storage system. This can occur when the same piece of information is stored in multiple locations, leading to inefficiencies, increased storage costs, and potential inconsistencies. While some level of redundancy can be useful for backup and recovery purposes, excessive redundancy can complicate data management and hinder performance. Effective database design aims to minimize redundancy while ensuring data integrity and accessibility.
Gene duplication is not inherently harmful; in fact, it can be a source of evolutionary innovation. Duplicated genes may acquire new functions or provide redundancy that enhances an organism's adaptability. However, if the duplicated genes disrupt essential functions or regulatory pathways, they could contribute to harmful effects or diseases. Overall, the impact of gene duplication varies depending on the context and specific genes involved.