IoT‐Enabled Vehicle Assistance System of Highway Resourcing for Smart Healthcare and Sustainability
Shubham Joshi, Radha Krishna Rambola · 2021
Recently, the Internet of Things (IoT) has received strong scientific justification as a new research topic in several academic and industrial disciplines, particularly in healthcare. IoT revolution will transform the modern healthcare system, including technological, economic, and social perspectives. It develops a more personalized healthcare system than usual, where patients can be more easily diagnosed, treated, and monitored. New severe infectious respiratory syndrome the current global pandemic problem caused by COVID-19 represents the largest public health crisis in the world since the pandemic flu epidemic of 1918. From the beginning of the pandemic, the rapid efforts of different scientific communities can use many methods for countering this global issue, and many of the IoT technologies have been developed in this field. IoT is, predictably, the new wave of the internet that will change our lives. The internet was entrusted to people, and now it combines “things” to combine fluent information exchange and intelligence. IoT is a novel technology with a huge ability to change the world and our lives. Not so long ago, the idea of the IoT in automotive production was considered a theoretical concept, and today, we already have a lot of information about Parking, the environment, and the supply chain. With the adoption of the IoT, vehicles can be transformed into an intelligent vehicle monitoring system; it monitors the situation, driver's health and prevents accidents to provide human support. This paper presents an IoT-enabled vehicle assistance system of highway resourcing for smart healthcare. The system feels, investigates, predicts, and reacts to road conditions. The main objective of the research is to presents an IoT enabled vehicle assistance system of highway resourcing for smart healthcare, it performing tasks on the user side, and provides human support, allowing researchers to independently interact with the environment and participate in the development of context-conscious applications in distributed computing and Human-Computer Interaction (HCI).