Integrated Model of Bandwidth Optimization and Energy Efficiency in Internet-of-Things

The Internet-of-Things (IoT) is an inevitable technology that is going to be transform the automation process by massively connected communicating devices that has limited resources. However, in order to carry out fault tolerant communication in IoT, it is essential to ensure that each IoT nodes should be able to perform seamless communication in a defined level of restricted bandwidth along with better energy retention capability. Review of existing solution shows that it offers solution to highly narrowed scale of problem. Therefore, the proposed system offers a novel framework which uses scheduling approaches in order to optimize the bandwidth utilization as well as retain maximum amount of residual energy among the communicating IoT nodes. The simulation of the model shows that proposed scheme offers better bandwidth management and efficient energy conservation in contrast to existing system.