Doppler Effect Analysis for Polar Code Based 5G Networks

In today’s world, 5G wireless mobile networks are more popular to provide wide spectrum utilization and bandwidth with minimal power constraints. To achieve the above, relaying technique becomes a possible way to improve coverage performance with greater speed. The Doppler Effect Analysis plays a keying parameter to improve the data rate of mobile users. This effect is investigated using an opportunistic incremental hybrid relaying (OIHR) protocol in the polar-coded environment. The simulation result shows that a propagation delay of 90 ns and a received power spectrum of −100 dBm is achieved for 8 × 8 MIMO configurations.

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