Artificial Intelligence receives positive reports from recent post-Pandemic research, which is now expected to AI to streamline processes and help create new products, services and business models.
Key AI applications in the COVID-19 Pandemic:
I) Early detection and diagnosis of the virus
AI can quickly detect abnormal symptoms and other ‘red flags’ and thus frighten patients and health care authorities. It helps to provide quick, cost-effective decision-making. It helps to develop a new system for diagnosing and managing COVID 19 cases, using useful algorithms. AI assists in diagnosing cases of the virus with the help of medical imaging technologies such as Computed tomography (CT), Magnetic resonance imaging (MRI) scan of parts of the human body.
II) Monitoring treatment
AI can create a clever platform for automatic monitoring and predicting the spread of the virus. The neural network can also be developed to remove the visual features of the disease, and this can help with proper diagnosis and treatment of affected people. It has the capacity to provide daily patient updates and to provide solutions to be followed in the COVID-19 epidemic.
III) Tracking the individual
AI can help analyze the level of infection by identifying clusters and ‘tropical areas’ and can effectively track human contact and monitor them. It can predict the future course of the disease and the possible recurrence.
IV) Guess of guilt and death
These technologies can track and predict the type of virus from available data, social media and communication platforms, regarding the risks of infection and its possible spread. In addition, it can predict the number of positive cases and deaths in any region. AI can help identify high-risk regions, peoples and countries and take appropriate action.
B.TECH CS ARTIFICIAL INTELLIGENCE
V) Design of medicines and vaccines
AI is used for drug research by analyzing the data available in COVID-19. It is useful in the development and improvement of drug delivery. This technology is used to speed up drug testing in real time, where routine testing takes a lot of time and helps to speed up the process significantly, which may not be possible by man. It may be helpful to identify effective treatment options for patients with COVID-19. It has become a powerful tool for diagnostic testing projects and vaccine development. AI helps to make vaccines and treatments at a much faster rate than usual and is also useful for clinical trials during vaccine development.
VI) Reducing the workload of health workers
Due to the sudden increase in the number of patients during the COVID-19 violence, health care professionals have a much greater responsibility. Here, AI is used to reduce the activity of health workers. It assists in early diagnosis and provision of early treatment using digital and decision-making methods, providing the best training for students and physicians on this new disease. AI can have an impact on future patient care and address potential challenges that limit physician practice.
VII) Prevention of disease
With the help of real-time data analysis, AI can provide new useful information in preventing this disease. It can be used to predict potential areas of infection, infection, the need for beds and health care professionals during this crisis. Artificial Intelligence is useful in preventing future viruses and diseases, with the help of previous targeted data with data that is common at various times. Identifies the causes, causes and causes of the spread of infection. In the future, this will be an important technology to fight other epidemics and epidemics. It can provide a measure of prevention and fight many other diseases. In the future, AI will play a key role in providing predictable and preventative health care.
