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ISSN 2063-5346
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AN EFFICIENT DYNAMIC MODEL FOR RECOGNITION AND CLASSIFICATION OF HUMAN EXPRESSION USING NOVEL RANDOM FOREST COMPARED OVER CONVOLUTION NEURAL NETWORK WITH IMPROVED ACCURACY

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Shaik.Abhida, M.Sandhiya
» doi: 10.31838/ecb/2023.12.sa1.392

Abstract

Aim: To implement the dynamic model for recognition and classification of human expression using Novel Random Forest compared over Convolution Neural Network with improved accuracy. Materials and Methods: This study contains 2 groups i.e Novel Random Forest (RF) and Convolutional Neural Network (CNN). Each group consists of a sample size of 10 and the study parameters include alpha value 0.05, beta value 0.2, and power value 0.8. Results: The Novel Random Forest is 77.9% more accurate than the Convolutional Neural Network of 75.8% in classifying the facial expressions of humans with p=0.8. Conclusion: The Novel Random Forest model is significantly better than the Convolution Neural Network in identifying human expressions.

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