Abstract
Recent research works anticipates development in technological applications related to marine wireless channels. This is the field of wireless channel model related research which is yet to be explored. This article provides channel model based on simulation inside high speed water vehicle over sea surface. Taking into account both the limitations of millimeter wave technique over-the-sea surface propagation and enlarging demand of users led to this research on modeling maritime channel model inside high speed water vehicle. Both spatial and temporal characteristics with propagation delay parameters have been discussed in this work. This paper is focused on 38 and 60 GHz because of 38 GHz having the minimum water attenuation in sea environments and 60 GHz showing best performance in indoor short range communication. Our results and analysis using 5G and mmWave and simulated channel model will be advantageous for sea environments and indoor wireless communications in high speed water vehicle. The results presented here may facilitate improvements in the future researches in relevant works.
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