Microsoft, Motorola, Siemens, Hitachi, IAPR, NICI, IUF A feature selection method using genetic algorithms which are suitable means for selecting appropriate set of features from ones with huge dimension is proposed. SGA (Simple Genetic Algorithm) and its modified methods are applied to improve the recognition speed as well as the recognition accuracy. Experimental results show that the proposed methods improve the recognition performance with significant reduction in feature dimension. Several trials also have been made to investigate how the outcome of feature selection is affected as the feature dimension is changed.
In this paper, we investigate the use of a hybrid genetic feature weighting and selection (GEFeWS) a...
In this paper, a novel approach for character recognition has been presented with the help of geneti...
Recognition of characters greatly depends upon the features used. Several features of the handwritte...
this paper a methodology for feature selection for the handwritten digit string recognition is prop...
Character Recognition has become an intensive research areas during the last few decades because of ...
Handwritten Character Recognition is well known problem which has many real world applications. Many...
Computer-based pattern recognition is a process that involves several sub-processes, including pre-...
Character Recognition has been one of the most intensive research during the last few decades becaus...
Feature Selection is a very promising optimisation strategy for Pattern Recognition systems. But, as...
Mel-Frequency Cepstral Coefcients and their derivatives are com-monly used as acoustic features for ...
For recognition in image data, the large number of features can cause an unnecessary increase in the...
The character recognition (CR) mechanization is being intensively investigated in the pattern recogn...
Over the past two years, gesture recognition has become the powerful communication source to the hea...
Dealing with hundreds of features in character recognition systems is not unusual. This large number...
Mel-Frequency Cepstral Coefficients and their derivatives are commonly used as acoustic features for...
In this paper, we investigate the use of a hybrid genetic feature weighting and selection (GEFeWS) a...
In this paper, a novel approach for character recognition has been presented with the help of geneti...
Recognition of characters greatly depends upon the features used. Several features of the handwritte...
this paper a methodology for feature selection for the handwritten digit string recognition is prop...
Character Recognition has become an intensive research areas during the last few decades because of ...
Handwritten Character Recognition is well known problem which has many real world applications. Many...
Computer-based pattern recognition is a process that involves several sub-processes, including pre-...
Character Recognition has been one of the most intensive research during the last few decades becaus...
Feature Selection is a very promising optimisation strategy for Pattern Recognition systems. But, as...
Mel-Frequency Cepstral Coefcients and their derivatives are com-monly used as acoustic features for ...
For recognition in image data, the large number of features can cause an unnecessary increase in the...
The character recognition (CR) mechanization is being intensively investigated in the pattern recogn...
Over the past two years, gesture recognition has become the powerful communication source to the hea...
Dealing with hundreds of features in character recognition systems is not unusual. This large number...
Mel-Frequency Cepstral Coefficients and their derivatives are commonly used as acoustic features for...
In this paper, we investigate the use of a hybrid genetic feature weighting and selection (GEFeWS) a...
In this paper, a novel approach for character recognition has been presented with the help of geneti...
Recognition of characters greatly depends upon the features used. Several features of the handwritte...