Title :
Communication systems design of cooperative safety systems in broadband public safety communications network
Author :
Aanandh, S.B. ; Kar, Chinmaya ; Siddiqui, Nihal
Author_Institution :
Honeywell Life Safety, Honeywell Technol. Solutions, Bangalore, India
Abstract :
The Communication needs for public safety networks and the Process Management are compared and the concept of Safety Grid is deduced. The elemental & cognitive functional safety in a System of Systems View is related to Safety Grid. Safety management of chemical storage tank is used to analyse influences of Theory of constraints, Cognitive Safety and Functional Safety. Safety information model is derived as a function of People, Process and Things. People in the context are either Informed (Aware), Associated or Acknowledge (Act). Process is segregated as Rules, Verify, Measure or Simulate. The system structure is modelled with respect to People, Process and Things as related in Internet of Everything with a Thing Architectural Model defined by an OR3C communication interface using CoAP transport model.
Keywords :
Internet; Long Term Evolution; accident prevention; cooperative communication; safety systems; CoAP transport model; Internet of Everything; OR3C communication interface; broadband public safety communications network; chemical storage tank; communication systems design; cooperative safety system; elemental & cognitive functional safety; process management; safety grid; safety information model; safety management; thing architectural model; Analytical models; Computer crime; Data models; Face; Integrated circuit modeling; Safety; CoAP; Functional Safety; IoE; LTE; Safety Grid;
Conference_Titel :
Advanced Computing and Communications (ADCOM), 2014 20th Annual International Conference on
Print_ISBN :
978-1-4673-6508-6
DOI :
10.1109/ADCOM.2014.7103246
