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An effective analysis of palm print detection using Resnet framework in comparison with Recurrent Neural Network to improve classification accuracy
Conference paper   Open access   Peer reviewed

An effective analysis of palm print detection using Resnet framework in comparison with Recurrent Neural Network to improve classification accuracy

Nindra Chandu, N. Bharatha Devi, Percy Ekanem and Celestine Iwendi
ICACTCE23 - International Conference on Advances in Communication Technology and Computer Engineering (University of Bolton, 24/02/2023–25/02/2023)
24/02/2023

Abstract

plant disease detection ResNet novel recurrent neural network classification food chain plant bacteria. Machine Learning
The goal of the proposed study is to use ResNet rather than a novel recurrent neural network to identify plant diseases with greater classification accuracy. Materials and Methods: The detection of plant disease is performed using ResNet and Recurrent Neural Network algorithms. The sample size for each sample is considered as 10 which is performed with a G power calculator. Results: The ResNet algorithm exhibited better results with classification accuracy of 95% compared to that of Novel Recurrent Neural Network with accuracy of 85%. The insignificant accuracy value of p=0.139 (p>0.05) is attained through SPSS Statistical Analysis. Conclusion: The classification of plant disease using ResNet is better than the Novel Recurrent Neural Network.
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