Sudhakar et al., International Journal of Advanced Research in Computer Science and Software Engineering 4(1),
January - 2014, pp. 1157-1160
© 2014, IJARCSSE All Rights Reserved Page | 1159
LathaParthiban et al. [10] projected an approach on basis of coactive neuro-fuzzy inference system
(CANFIS) for prediction of heart disease. The CANFIS model uses neural network capabilities with
the fuzzy logic and genetic algorithm.
Kiyong Noh et al. [8] uses a classification method for the extraction of multiparametric features by
assessing HRV (Heart Rate Variability) from ECG, data pre-processing and heart disease pattern. The
dataset consisting of 670 peoples, distributed into two groups, namely normal people and patients with
heart disease, were employed to carry out the experiment for the associative classifier.
ShrutiRatnakar et al. used genetic algorithm to reduce the set of attributes of Naïve Bayes generate
relationship amongst the attributes.
AkhilJabbar et al. proposes efficient associative classification algorithm using genetic approach for
heart disease prediction. The main motivation for using genetic algorithm inthe discovery of high level
prediction rules is that the discovered rules are highly comprehensible, having highpredictive accuracy
Sudhakar et al., International Journal of Advanced Research in Computer Science and Software Engineering 4(1),January - 2014, pp. 1157-1160© 2014, IJARCSSE All Rights Reserved Page | 1159 LathaParthiban et al. [10] projected an approach on basis of coactive neuro-fuzzy inference system(CANFIS) for prediction of heart disease. The CANFIS model uses neural network capabilities withthe fuzzy logic and genetic algorithm. Kiyong Noh et al. [8] uses a classification method for the extraction of multiparametric features byassessing HRV (Heart Rate Variability) from ECG, data pre-processing and heart disease pattern. Thedataset consisting of 670 peoples, distributed into two groups, namely normal people and patients withheart disease, were employed to carry out the experiment for the associative classifier. ShrutiRatnakar et al. used genetic algorithm to reduce the set of attributes of Naïve Bayes generaterelationship amongst the attributes. AkhilJabbar et al. proposes efficient associative classification algorithm using genetic approach forheart disease prediction. The main motivation for using genetic algorithm inthe discovery of high levelprediction rules is that the discovered rules are highly comprehensible, having highpredictive accuracy
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