Performance and Parametric Analysis of IoT’s Motes with Different Network Topologies

Nowadays, IoT applications provide the effortless application by connecting more physical devices to the Internet. However, it is more new challenges as power consumption, low energy, the transmission of data rate, motes’ capacity. So, IoT is more suitable in different areas like e-health, e-cash, e-hospital, and e-commerce et al. This paper analyzes and calculates motes power consumption in different topological based, which show the base of the different comparison on motes parameters. The sky motes deploy in different scenarios as statics and dynamics. These scenarios create the networks and evaluate improvement network performance in a different application of other papers—the performance count as sky motes power, duty cycle, energy efficiency, and security of applications. IoT application evaluations’ performance clearly shows our analysis’s effectiveness in improving fast response and decreased energy consumptions of applications. Then, discuss and evaluate the strategies used to decrease energy consumptions. In Contiki and Cooja, the motes are the wireless sensor network. The motes are using in the Contiki and Cooja simulator as a sensor, which is deployed in the testing of different applications of IoT because the Internet of things (IoT) denotes the static and dynamic connectivity of physical devices with limited resources that support of Internet in different types of infrastructure.