PERFORMANCE OF INTERNET OF THINGS BASED STRUCTURAL HEALTH MONITORING

The Internet of Things (IoT) is known as an enhanced network and is used for efficient transfers from base station to destination. In many systems, such as hospitals, climate control and frontline monitoring, this powerful transaction contributes to its execution. This allow an electronic device to communicate from a distance with foreign countries. The battery in which energy is produced is active in the nodes and is essential for IOT. The sink is an easy alloy between transmitters and the network. Whenever sensor nodes start sending sensed information to the sink, more energy is required. The Internet of Things system is an emerging technology and its use is growing thanks to the growing life of the planet. The key objective of the study is to reduce energy use in network communications, improving the longevity of the network. This research suggests the method of cluster routing to reduce network power usage. In the clustered network, a cluster head is set up, and a cluster head can be used to extend the operating load uniformly to the cluster members to reduce energy consumption for the IoT. The simulation results of previous studies have found, in terms of decreased overhead routing and improved package distribution rates, that the system deployed is superior to current versions