Co-relative mobility based IoT data uploading using D2D communication

Fifth generation (5G) systems are imminent and with the increasing data rates, there is consensus among global industries and academia to devise a digital world which is 24X7 connected. To make this happen we need to rely on our smart devices, cloud-based services and D2D communication as the potential candidates, however, since we are focusing on the wireless domain, where energy still remains a key constraint in the development. We propose a framework, whose application can be extended to IEEE 802.15.4 protocol, i.e. low power devices (IoT devices). Our idea is to amalgamate the wireless model with a limited power budget with mobility based energy efficient clustering of IoT devices using D2D communication. The literature of IoT data collection using D2D communication lacks a unified approach that is applicable for both static and dynamic IoT devices.Our simulation results depicts that our heuristically developed scheme will successfully reduce the usage of power and system resources.