Work place: Honeywell Technology Solutions, Bangalore, 560076, India
E-mail: s.b.aanandh@gmail.com
Website:
Research Interests: Engineering
Biography
S. B. Aanandh: Aanandh completed his bachelor’s in electronics and communication engineering from Thiagarajar College of Engineering, Madurai. He is a Certified Functional Safety Engineer for HW & SW Engineering from TUV Rhineland and is pursuing a PhD in Publics Safety Communication Systems Design with University of Petroleum and Energy Studies Dehradun. Aanandh is currently employed with Honeywell Technology Solutions as the Leader for Core Architecture and Reuse Engineering for Automation & Control Solutions, where he leads the initiatives on relevant core architectures, architectural evaluations and systematic design for reuse.
Aanandh has authored nearly 25 invention disclosures in the areas of Life Safety, Critical Infrastructure Protection and Situational Awareness. Aanandh has published 3 conference / journal papers in Chaotic Cryptography, and Measurement Instrumentation for Yarn Quality Testing. In his current PhD work he has published his review of Safety Models and concept of Safety Grid in International Journal of System Safety. Aanandh is also the recipient of Honeywell’s Global Technical Excellence Award.
By S B Aanandh Chinmaya Kar Nihal Siddiqqui
DOI: https://doi.org/10.5815/ijisa.2015.02.06, Pub. Date: 8 Jan. 2015
The next generation of Internet of things that connects the things, people and the process through which the people and things interact is coined as Internet of Everything. Safety management is constructed as a complex system of systems design coordinating with each other like the Fire Alarm System or Gas Detection System as well as the Emergency response like the Fire Fighters and Para-Medicals like the Ambulatory services. The governments have been setting up national broadband plans and separate dedicated spectrum for Public Safety Communications used for effective information rich emergency management and response. This paper outlines the evolution of the public safety LTE network and its applicability in the safety management system and safety preparedness. It also describes the role of Smart Objects and Internet of Everything in Safety Management. To achieve this, this paper develops the information models for safety management systems to be used in IoE utilizing the broad-band LTE networks.
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