Narrowband IoT Device To Device Pairing Scheme To Save Power

Narrowband Internet of Things (Nb-IoT) has emerged as one of the most promising wireless technology for the Internet of things. IoT devices have resource constraints that require novel techniques to optimize the devices' connectivity with the base station. Device to device connectivity is one of the promising solutions to form the IoT devices network with robust connectivity. The paper presents a technique that finds the potential relay device for an IoT device based on the least distance, the least bit error rate (BER), and the least power loss. Based on this combination the transmitting power can be reduced and the battery life of the IoT device can be improved. Simulation results demonstrates the supremacy of our proposed technique.