Prediction of COVID-19 Active Cases Using Polynomial Regression and ARIMA Models

The fast spread of Covid-19 or the novel Coronavirus in the world has influenced it and caused a huge number of deaths. This remains a disastrous warning to general wellbeing and will be set apart as probably the most dangerous pandemic inworld history and one of the important health challenges that theworld has ever faced. The public health policymakers need the dependable forecasting of the active cases of Covid-19 to plan the future medical facilities. In this work, Machine Learning has been used to forecast the number of active cases of Covid-19 in some countries and in the world using John Hopkins University's data to track the outbreak, attached by Desktop and Web application using Tkinter and Flask, python's frameworks for visualizing the data in the affected countries that gives an understandable form of the data powered by different types of charts and choropleth maps and predictions of active cases of Covid-19 which have brought suffering to people everywhere based on two Models (ARIMA and Polynomial Regression).