Abstract:
Designing routing protocols for energy harvesting wireless sensor networks (EH-WSNs) involves improving energy utilization and balancing energy consumption. EH-WSNs’ harvested energy utilization, consumption balancing, reliability, and connectivity are improved by hierarchical cluster-based routing.
For EH-WSNs, a hierarchical cluster-based routing protocol is proposed. Cluster-route establishment and data transmission comprise this protocol. Cluster-route establishment, including CH selection, next-hop CH selection, and joining CMs to a proper CH, uses residual energy, distance to the BS, node adjacency degree, link statistics, and node energy harvesting rate.
Modified sensing radius adjustment scheme further improves energy consumption balance of each node from sensing time.
An adaptive transmission power adjustment scheme for data transmission uses current residual energy and predicted ambient energy to use harvested energy more efficiently. Mobile sinks improve energy balance in this phase. The proposed protocol outperforms EH-WSN protocols in extensive simulations.
Keywords : Wireless Sensor Networks, Routing, Sensors, Routing Protocols, Energy Harvesting, Data Communication, Energy Consumption, Data Communication, Energy Harvesting, Routing Protocols, Telecommunication Network Reliability, Telecommunication Power Management, Wireless Sensor Networks
Note: Please discuss with our team before submitting this abstract to the college. This Abstract or Synopsis varies based on student project requirements.
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