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Title |
Analysis of Different Protocols that are Working with Low Energy Consumption in Wireless Sensor Network |
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Author |
Sania Azhar and Sadaf Niaz |
| Citation |
Vol. 25 No. 1 pp. 69-80 |
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Abstract |
Wireless sensor organizations (WSNs) hubs are regularly intended to work with restricted assets of memory, energy and handling. The steering convention is one of the vital segments of WSNs and its highlights sway network execution altogether. We present an effective Multi-Parent Hierarchical (MPH) directing convention for remote sensor organizations; its principle objective is to accomplish dependable conveyance of information in a solitary sink situation while keeping low overhead, decreased idleness and low energy utilization. The fundamental highlights of MPH are self-arrangement, various leveled geography, determination as indicated by connect quality, what's more, and source steering from sink to hubs. Organization execution reenactments of the MPH steering convention are completed and contrasted and two famous conventions, AODV, DSR and with the notable calculation ZTR (zigbee Tree Routing). Results show that for the single sink situation, the MPH convention has an energy saving of 35% against AODV and DSR conventions and 8% contrasted and ZTR. MPH has 27% less overhead thought about with AODV and DSR. What's more, MPH presents a 10% increment in parcel conveyance contrasted and AODV, DSR and ZTR. At long last, we present a genuine WSN assembled dependent on the MPH convention, which works agreeably, giving a test exhibition of the capacities of the convention. |
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Keywords |
Wireless sensor network, Energy, Protocols, zigbee tree routing, MPH |
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