target="_blank" rel="nofollow" href="#u47a51f22-092a-5fb9-839a-ac852ee87df7">Chapter 12, “Multipurpose Robotic Sensing Device for Healthcare Services,” focuses on the fabrication of a robot that has multiple uses and is employed in different areas required by the user.
Chapter 13, “Prevalence of the Internet of Things in a Pandemic,” presents an overview of IoT-driven systems in the healthcare sector for monitoring patients. Implementation of such technology will help to decrease healthcare expenses and enhance treatment of infected patients.
Chapter 14, “Mathematical Insights into COVID-19 Infection: A Modeling Approach,” discusses the increasing use of mathematics in epidemic disease research. The complexity of disease is appropriate for quantitative methodologies as it allows for in-depth probing of issues and the probability of a new turn of events. Computational models can supplement exploratory and clinical investigations, and can also challenge flow standards, reclassify our comprehension of systems driving epidemiology and shape future research.
Chapter 15, “Machine Learning: A Tool to Combat COVID-19,” proposes a model that uses ML approaches based on the analysis of data of two Indian states—Delhi and Maharashtra—where the maximum number of infected cases are found. This study is an attempt to help improve decision-makers planning and actions. In this study, neural network (NN) and M5P model trees are applied to forecast the number of infected cases with each progressive day.
In conclusion, the editors believe that readers will find that the efforts of all the contributing authors will enhance their research needs in various disciplines. It will also open up new opportunities and avenues by exploring different ways of dealing with unforeseen sudden changes in our environment. Overall, every effort has been made to present a book that acts as an encyclopedia of the current state of practice in the domain and also furnish investigative knowledge on future technologies which will promote human evolution and provide a framework for innovative resolutions to real-world problems. Happy learning!
Vishal Kumar July 2021
1
COVID-19 and Machine Learning Approaches to Deal With the Pandemic
Sapna Juneja1*, Abhinav Juneja2, Vikram Bali3 and Vishal Jain4
1IMS Engineering College, Ghaziabad, India
2KIET Group of Institutions, Ghaziabad, India
3JSS Academy of Technical Education, Noida, India
4Sharda University, Greater Noida, India
Abstract
The whole world is struggling to live with COVID-19 and even a single step of technology revolution can help in dealing with this pandemic. Artificial Intelligence and Machine Learning approaches are being used by the researchers around the globe to completely understand and address this situation. In this Corona crisis, companies are trying to implement this AI and ML techniques in various fields ranging from manufacturing, resource management, remote monitoring etc. On the other hand, ML approach is being used by the researchers for supporting healthcare related issues arisen due to COVID-19.
Keywords: COVID-19, support vector machine, convolutional neural network, drones
1.1 Introduction
Pandemics are a serious issue for human community. In general COVID-19 is not the first pandemic ever in the history and it will not be the last also. Many researchers across the globe are working towards the same in order to deal with it. The aim of this research is to shed a light on their efforts in order to identify that how machine learning approach can be useful in such situation. Machine Learning techniques can help out the researchers in determining the people who are more prone to risk of COVID-19, diagnosing such patients, help in the speedup of drug development, analyze the existing medicines which can be useful in this disease, prediction of escalation of the disease, help out in recognizing the virus in a more better way, and forecast the upcoming or next pandemic if any using the deep learning and machine learning approaches. Corona virus is a part of virus family and it is very hazardous for human body [1]. Many viruses of this family spread globally few years back, one of which is SARS in year [2] 2003 and another one was MERS in year 2012 [3]. The first case of Corona virus or Novel Corona virus appeared in Dec. 2019 so the World Health Organization named it as COVID-19 which stands for Corona virus Disease 2019. In March, 2020 the WHO announced Corona virus as a pandemic because of its huge spread among several countries which caused many persons critical ill and many got dead. It originated from a city of China named Wuhan where the first case of COVID appeared. The whole world is fighting against this deadly disease as no solution or vaccine till now has been developed against this disease that has the capability of generating antibodies in human being towards this corona virus. By July 24, the confirmed COVID cases in the whole world are 15,519,580 out of which 8,824,408 patients has been recovered and 633,605 deaths [4].
1.1.1 COVID-19 and its Various Transmission Stages Depending Upon the Severity of the Problem
COVID-19 is a contagious disease and can transmit through touch, contact or droplets of infected person. This transmission of COVID-19 is divided into 4 stages as:
1st Stage: During 1st stage infection spread across the countries. People with travel history of foreign countries are being tested for this virus. There is no local transmission at this stage so the possibility of number of patients suffering from disease remains quite low.
2nd Stage: At this stage the infection occurs locally and transmits through the infected patients of stage 1. In this stage along with the testing of the suspected patient, the source of the infection has also been identified to get him separate out from the entire community. The number of patients increases at this stage, though is not very difficult to manage. Social distancing is the best option to remain in stage 2 for avoiding further spread of the infection.
3rd Stage: In this stage, group transmission occurs and the number of cases increases rapidly. It becomes very difficult to find and isolate the source of transmission. It becomes difficult to deal with the situation in this stage because of substantial growth of number of patients [5].
Figure 1.1 Confirmed cases in top 3 countries in the number of cases (Cumulative).
4th Stage: This stage is the most risky and deadly stage of this pandemic because infection transmits in the form of batches in the entire city or country. A large number of population gets infected during this stage irrespective of their age and immunity. The death cases also get increased during this stage and old age people and people with low immunity become the most affected patients from this disease. It becomes very difficult or almost impossible to control the spread the virus at this stage.
