Energy-efficient Sensors in Data Centers for Industrial Internet of Things (IIoT)

The various works on the corresponding and the associated need for a wireless industrial sensor network connectivity, applicable in the Industrial Internet of things (IIoT) domain have been exhaustive quite recently. This study has also clearly shown how they are grouped differently to that which is required by the consumer industries, with much emphasis on energy consumption and control, throughput reliability, stability of the sensors and their embedded security characteristics. To accomplish a deserving Quality of Service (QoS) of IIoT to which is expected, the data centers must have a guaranteed performance as a backbone of computation resources. This paper implements and investigates energy efficient sensors in the computing resources of data center for Industrial Internet of Things (IIoT). The simulation works investigates the resulting throughput performance and energy consumption profiles and control of the sensor nodes with respect to the three-tier network architecture as one of candidate backbone in IIoT.