A BiLSTM model enhanced with multi-objective arithmetic optimization for COVID-19 diagnosis from CT images

A BiLSTM model enhanced with multi-objective arithmetic optimization for COVID-19 diagnosis from CT images

Blog Article

Abstract In response to the relentless mutation of the coronavirus disease, current artificial intelligence algorithms for the automated diagnosis of COVID-19 via CT imaging exhibit suboptimal accuracy and efficiency.This manuscript proposes a multi-objective optimization algorithm (MOAOA) to enhance the BiLSTM model for COVID-19 automated diagnosis.The el reformador tequila anejo proposed approach involves configuring several hyperparameters for the bidirectional long short-term memory (BiLSTM), optimized using read more the MOAOA intelligent optimization algorithm, and subsequently validated on publicly accessible medical datasets.Remarkably, our model achieves an impressive 95.32% accuracy and 95.

09% specificity.Comparative analysis with state-of-the-art techniques demonstrates that the proposed model significantly enhances accuracy, efficiency, and other performance metrics, yielding superior results.