Improving Energy and Transmission Control of Heterogeneous Wireless Sensor Network by using Fog Node

Abstract

The internet of things (IoT) is the emerging technology which calibrates with other technology that will benefit the end-user. The IoT-based Wireless sensor networking and their application are used would wide but WSN have some limitation of energy-efficacy and transition controlling and maintenance is the critical challenges. A node has limited energy which cannot be charged even not be replaced the battery for that reason, it is hard to save the lives of the nodes. To make the WSN energy-efferent and controlled the transition such a protocol is required, also the system would be designed in such a way, which achieved the desired outcomes. the work is conducted we had proposed the heterogynous wireless sensor networking by using the fog node as a gateway. in this work, we proposed a Dijkstra algorithm-based method FEDR which enhanced the energy efficiency of the network and also improve the packet delivery ratio the energy of each node is 30% to 40% improve the fog node is used on the edge of the network to collect the data from the cluster heads and aggregate that information and fuse it and transmit it to the cloud we compare over a proposed scheme to the previous FEAR and FECE P-SEP based Algorithms.