Event Driven State Transition Schedulers for SDN-IoT architecture based on 6LoWSD protocol and its energy evaluation on the QPN model

The practical Internet of Things at the current stage still persists in handling an energy minimized network. For a proper network communication an energy consumption of 80% is indulged only on the communication setup. 6LoWSD (6LoWPAN Software Defined) is an SDN based IoT network protocol developed to minimized the IoT constraints. The SDN’s feature of decoupling the controller plane from the data plane enhances the network efficiency. These target conducts towards data rate, traffic, throughput and duty cycling management. Besides these it also provides a sense of flexibility towards program-ability for the current IoT networks. Efficient power system is a highly Important domain which needed for handling the stability for the whole SDN-IoT system. An effort towards enveloping state transition schedulers for energy optimization has been experimented in this paper.