FOG Assisted Healthcare Architecture for Pre-Operative Support to Reduce Latency

Technologies are affecting our day to day life, future trends, Warcraft, space explorations, Gene technologies and hybrid species but most importantly life expectancy has increased with the help of technological support in the medical field, with advancements in technologies. Few of the recent additions are the 5G, Tactile Internet, Internet of Things (IoT), AI and robotics, Technologies that have assisted inter-disciplinary advancements, resulting in efficient smart healthcare support systems; and has achieved a status of foremost socio-economic concern for expenditure incurring on healthcare issues and accessibility of resources. In an effective way, the inclusion of technology in healthcare makes it positively possible for professionals to monitor and attend chronic disease patients to provide timely treatment to the patients even in remote locations. Tele-surgery has a perspective to provide urgent medical services and came out with different opportunities to deliver highly skilled doctors globally. Tele-surgery requires technologies such as 5G, Tactile Internet and AI to help reduce problems of resource scheduling. This paper presents a technological analysis of robotic telesurgery which is based on 5G, Tactile Internet as well as on Artificial Intelligence (AI). This paper also discusses challenges and issues being encountered in telesurgery; subsequently, a FOG assisted interactive model is presented to expedite and reduce the latency of the process. (C) 2020 The Authors. Published by Elsevier B.V.