Abstract
An Efficient Energy Saving Approach for Improving Lifetime of Node in Wireless Sensor Network - written by Diksha R. Nakhale , A. N. Thakre published on 2020/09/07 download full article with reference data and citations
Highlights
Due to recent technological advances, the manufacturing of small, low power, low cost and highly integrated sensors has become technically and economically feasible
If no packets are received or transmitted during the idle listening time, the energy used during the idle listening time is wasted such waste should certainly be minimized in wireless sensor network (WSN), both energy saving and packet delivery delay are important
Because each node in WSNs is usually equipped with an un-rechargeable battery, energy saving is crucial for prolonging the lifetime of WSNs
Summary
Due to recent technological advances, the manufacturing of small, low power, low cost and highly integrated sensors has become technically and economically feasible. It may be feasible that we could adapt these techniques in such a way that they will provide valuable solutions to certain tricky problems in the wireless sensor network (WSN) domain. To demonstrate that this approach is feasible, we develop one data collection protocol called EDAL, which stands for Energy-efficient Delay-aware Lifetimebalancing data collection. Environmental/Earth monitoring The term Environmental Sensor Networks has evolved to cover many applications of WSNs to earth science research This includes sensing volcanoes, oceans, glaciers, forests, etc.
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