Vol. 9, Issue 6, Part C (2023)

Corona virus attack, also known as COVID-19, is one of the most fatal and devastating diseases that affects people today. This Corona virus infection has spread over the entire planet due to community transmission. By early illness discovery, even in asymptomatic settings, via proper diagnosis, the patient's mortality rate may be reduced. Thus, it is necessary to build an autonomous detection system that, with its quick and precise findings, stops the corona virus from spreading. COVID-19 recipients are usually detected and given an initial prediction using scans, like chest X-rays and Computed Tomography (CT). Deep learning methods from the medical realm are used to find hidden patterns. In order to make predictions, chest x-ray picture features are extracted with the use of a convolutional neural network (CNN). In order to enhance the health plan, predictions are produced in the patient data using pattern creation. The chest X-ray image characteristics are fused to the CNN model training to provide progress in classification. The testing stage of the model performance evaluation takes into account generalized data. As compared to existing classification state-of-the-art approaches, the suggested CNN-based techniques perform better in terms of classification and illness prediction.