Achieving Reliable URLLC-based Network in Industrial and Military Embedded Systems

Abstract

The collective principles in achieving reliability for ultra-reliable low-latency communication (URLLC) network system in a typical industrial and military automation, with a look at a few agile schemes and its applicable models is investigated in this paper. Realistic and system-adaptive methodologies for achieving automated industrial and military embedded systems, that focuses on Low-latency, ultra-reliability and its inherent coexistence with other remote/independent services are proposed. Optimal factors for considerations is proposed while simulation result depicts the reliability of URLLC when the aforementioned factors are corroborated. The important message here is the actualization of optimal transmission network while keeping dissimilar resource-base limitations at the barest minimum.