Impact of Sensor Technology Enhancing Corona Disease
Md. Rahimullah Miah, Aam Shazzadur Rahman, Md. Shahariar Khan, Alamgir Adil Samdany, Mohammad Abdul Hannan, Shahriar Hussain Chowdhury, Alexander Kiew Sayok · 2020
An explorative field observation to determine the impact of sensor networks in different parts of the human body surrounded by body boundary areas. This study was conducted in general, overweight and thin individuals with the positions of global positioning systems and processed frequencies from sensor technology. Everyone uses mobile phones for advanced communication, but none can aware of its security systems due to cutting-edge-technology. The fieldwork details the principles, recognizing the impact of radio frequency with individual’s suffering from corona disease around the world. Quantitative and qualitative related sensor data were obtained from ISNAH experiment while secondary data were collected from diverse sources. The research highlights the impact of sensor networks with variable and processed radio frequencies among individual’s body mass indices facilitating the light and dark environment. The study represents the obese patients suffer from corona disease dies within 7 minutes in dark environment, but 12 minutes in the light condition. These results reflect the importance of human health security that the State provides. A proposed corona control model was developed on the priority of research findings. Lastly, the study recommends future research trajectories of a new collaborative alternative approach to drive the methodological agenda and to make the sound health systems on ways to further incorporate the demanding secured sensor networks for health management.