Information redundancy

From the mean information content, Brillouin [Brillouin, 1962] defined a complementary quantity, called Brilloiiiii redundancy index R (or redundancy index), to measure the information redundancy of the system ... 

From the above, it can be concluded that while capturing similar information with respect to size, hydrophobicity, polarizability, and perhaps hydrogen bonding, the 2-D and 3-D descriptor systems are likely to differ significantly in the type of information that can be extracted from QSAR modeling. Since the information redundancy is under 40% overall, it is advisable to employ both 2D-QSAR and 3D-QSAR methods when modeling receptor-mediated target properties. This combination of QSAR methods is illustrated in the next section. 

Inheritance Enables the avoiding of information redundancy and information-hiding by clustering information representation where they rightfully belong... 

A study of information redundancy of QL showed that a set of simple descriptors of ranks 1-4 with an indication of their number is almost identical to the molecular graph therefore, only these 11 types of QL descriptors are used in IT Microcosm for the calculation of decision mles and the prediction of activity. 

Failed item tolerated due to replacement causing process disruption and the ability to continue in degraded mode due to information redundancy... 

Among all the moments that have been reviewed, orthogonal moments are chosen for this study, as they provide no information redundancy and efficient image reconstruction computation. Two orthogonal moments have been chosen for this study, one from the continuous family, called the Legendre moments, another from the discrete family, called the Tchebichef moments. 

Information redundancy, such as Error detection and correction methods... 

Keywords error detection and correction codes, information redundancy, unequal error control codes. 

Informational redundancy is a major fault-tolerance technique. Informational redundancy consists of handling additional information (called control or redundancy) that can detect, and even correct, errors. 

In general, informational redundancy is used to detect failures related to stored (memory, etc.) and/or transmitted (data bus, network, etc.) data, but it can also be used (more difficult) to detect failures of calculation and/or control (self-checking) units. 

The implementation of information redundancy is an interesting technique that can detect several famihes of errors and even make corrections. The few examples presented show that the implementation of the code is relatively easy and can affect the overall rurming time. 

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