Most Favourable Energy Extraction technique for relay node data transmission in WSN based IoT (Internet of Things)

Abstract

The growing Internet of Things (IoT) is increasing Wireless Sensor Networks (WSNs) for different applications. Energy efficiency and reliability are key factors for the origin of multiple accesses to the sink. A forwarding node forwards data from other nodes to the receiver; therefore, it consumes more energy. When the repeated node runs out of battery, it can cause a network error in IoT based WSN. A selection of retransmissions in the transmission of more hops can play an important role in increasing the network life. Today, the IoT is more a descriptive term for a vision that everything should be connected to the Internet. The IoT will be crucial in the future
because the concept opens up opportunities for new services and new innovations. This paper proposes a new technique of Most Favourable Energy Extraction (MFEE), which would be the most appropriate for transmission nodes during the transmission of data between the sender node and the receiver in IOT based on WSN (Internet of Things). The MFEE technique will be implemented using the Network Simulator 2 simulation tool and compared with the existing distributed relay selection (EDRS) method. Performance evaluation of both the proposed method and the existing method is done, based on performance metrics of packet delivery ratio and
total energy consumption and throughput. The results of the simulation showed that the proposed MFEE method exceeds the existing EDRS method in terms of total energy consumption with an improvement of about 35%.