A NOVEL MINIMIZED ENERGY ROUTING TECHNIQUE FOR IOT ASSISTED WSN

The problem of routing in WSN (Wireless Sensor Network) is to minimize the energy consumption during data
transmission, the IoT (Internet of Things) monitoring system use the horizontal clustering of WSN to achieve this goal.
The goal of this work is to create multi clusters with multi cluster head to communicate with sink node, the sink node
directly connects to IoT server. A set of clusters has been created by dividing the WSN area in to 5 clusters horizontally,
in each cluster the CH (Cluster Head) collects the data from all sensor nodes and communicate with sink node. The
energy consumption is calculated based on wireless radio model and proposed clustering algorithm. The total energy
consumption, normalized average energy and residual energy of proposed protocol is better than the two existing
protocols that compared, the two protocols are PEGASIS (Power-Efficient Gathering in Sensor) and IEEPB (Improved
Energy- Efficient PEGASIS- Based protocol). The results show that the H-IEEPB (Horizontal Improved EnergyEfficient PEGASIS- Based protocol) has an improvement in energy consumption and minimize it more than 10% and
25% compared with PEGASIS and IEEPB respectively, the residual energy and the normalized average energy also get
good results compared with the others.

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