An Energy and Spectral Efficient In Underwater Communication Using Magneto Inductive Channel
نویسنده
چکیده
The analysis of Magneto Inductive communication technique due to underwater communication having multipath fading, dynamic channel and high propagation delay . The performance studies of 3D network covering 100 of meter of sea depth and few km square area show fully connected multi coil network with communication bandwidth extending from few to tens of kHz. The low speed of sound in water, different attenuation characteristics and time varying multi-path fading make use of regular communication methods impractical. To get large area coverage and more bandwidth from sea area . In this work, highly power efficient and fully connected fuzzy scheduling is presented. It allows underwater channel more fair and efficient communication over larger distances.
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