Rough set theory has been successfully applied to many fields, such as data mining, pattern recognition, and machine learning. Kernel rough sets and neighborhood rough sets are two important models that differ in terms of granulation. The kernel rough sets model, which has fuzziness, is susceptible to noise in the decision system. The neighborhood rough sets model can handle noisy data well but cannot describe the fuzziness of the samples. In this study, we define a novel model called kernel neighborhood rough sets, which integrates the advantages of the neighborhood and kernel models. Moreover, the model is used in the problem of feature selection. The proposed method is tested on the UCI datasets. The results show that our model outperfor...
Rough set theory provides a useful mathematical foundation for developing automated computational sy...
In decision-theoretic rough set (DTRS), the decision costs are used to generate the thresholds for c...
The term “feature selection” refers to the problem of selecting the most predictive features for a g...
Rough set theories are utilized in class-specific feature selection to improve the classification pe...
Research in the area of fuzzy-rough set theory and its application to various areas of learning have...
K nearest neighbor classifier (K-NN) is widely discussed and applied in pattern recognition and mach...
Data dimensionality has become a pervasive problem in many areas that require the learning of interp...
Abstract- Rough set theory provides a useful mathematical concept to draw useful decisions from real...
Due to increase in large number of document on the internet data mining becomes an important key par...
The neighborhood rough set (NRS) is used to remove redundant features after identifying neighborhood...
The existing fuzzy rough set (FRS) models all believe that the decision attribute divides the sample...
Fuzzy rough set theory is not only an objective mathematical tool to deal with incomplete and uncert...
In this paper, we present a new view on how the concept of rough sets may be interpreted in terms of...
Machine Learning techniques can be used to improve the performance of intelligent software systems. ...
Neighborhood Rough Sets (NRS) has been proven to be an efficient tool for heterogeneous attribute re...
Rough set theory provides a useful mathematical foundation for developing automated computational sy...
In decision-theoretic rough set (DTRS), the decision costs are used to generate the thresholds for c...
The term “feature selection” refers to the problem of selecting the most predictive features for a g...
Rough set theories are utilized in class-specific feature selection to improve the classification pe...
Research in the area of fuzzy-rough set theory and its application to various areas of learning have...
K nearest neighbor classifier (K-NN) is widely discussed and applied in pattern recognition and mach...
Data dimensionality has become a pervasive problem in many areas that require the learning of interp...
Abstract- Rough set theory provides a useful mathematical concept to draw useful decisions from real...
Due to increase in large number of document on the internet data mining becomes an important key par...
The neighborhood rough set (NRS) is used to remove redundant features after identifying neighborhood...
The existing fuzzy rough set (FRS) models all believe that the decision attribute divides the sample...
Fuzzy rough set theory is not only an objective mathematical tool to deal with incomplete and uncert...
In this paper, we present a new view on how the concept of rough sets may be interpreted in terms of...
Machine Learning techniques can be used to improve the performance of intelligent software systems. ...
Neighborhood Rough Sets (NRS) has been proven to be an efficient tool for heterogeneous attribute re...
Rough set theory provides a useful mathematical foundation for developing automated computational sy...
In decision-theoretic rough set (DTRS), the decision costs are used to generate the thresholds for c...
The term “feature selection” refers to the problem of selecting the most predictive features for a g...