Experimental Analysis on the Mechanism of Segregation during Vacuum ARC Melting of Tial Alloys

Abstract

The rapid revolutionary developments in the Internet of Things, increases the newlineusage of wearable sensors in the medical field for remote monitoring and medical newlinediagnosis. The Internet of Things based Body Area Networks (BAN-IoT) makes newlineeverything smarter. Some of the research challenges such as low latency, less energy newlineconsumption and high network coverage are yet to be addressed by applying enhancement newlinein existing technologies. To tackle the concerns of latency, networks could use FOG-based newlineBody Area Network (FOG-BAN) designs to execute computing, data analysis, and storage newlineclose to consumers in this study. In the Body-FOG-Cloud environment, intelligent routing newlinemethods are required to extend the battery life of sensor nodes newline