Volume 30, Issue 2, 2021
DOI: 10.24205/03276716.2020.4010
Artificial intelligence for digenesis and controlling the Coronavirus
Abstract
In this research article, monitoring, diagnosing, and efficiently reducing the spread of the virus are carried out by artificial intelligence (AI) techniques. The work resolved a number of issues and weaknesses of the early AI methods. The AI is developed and investigated to provide a detailed report on the case/patient without human/doctor intervention. The current work also designs a device for the rapid examination (seconds) of the human (potential patient), thereby facilitating the observation of a large number of people in a short period without running costs. The suggested system tests a number of human functions, including neurotransmitter and brain status, mood/mentalstates, facial muscle tension level, temperature of the body and hands, pressure and pulse rates, blood oxygen level, breathing rate and their difficulties, eye(s) redness level, and overall body imbalances. The collected data are analyzed and a detailed report on the patient condition is issued. The diagnosis system utilized artificial fuzzy inelegance via applying four test cases: mild, moderate, severe, and critical cases. The level of medical care according to the case is distinguished considering intensive care and/or resuscitation and, in turn, the health case is controlled.
Keywords
Coronavirus; controlling; artificial intelligence; digenesis