By Wei Xiang, Kan Zheng, Xuemin (Sherman) Shen
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Additional resources for 5G Mobile Communications
Liu • Extreme rural for the provision of minimal services over long distances The extreme rural deployment scenario is defined to allow the provision of minimal services over long distances for low average revenue per user (ARPU) and low density areas including both humans and machines. The key characteristics of this scenario are macro cells with very large area coverage supporting basic data and voice services, with low to moderate user throughput and low user density. • Extreme rural with extreme long range The extreme rural long range deployment scenario is defined to allow for the provision of services for very large areas such as wilderness or areas with only highways.
In the enhanced mobile broadband scenario, the user experienced data rate, area traffic capacity, peak data rate, mobility, energy efficiency and spectrum efficiency all have high importance, but mobility and the user experienced data rate would not have equal importance simultaneously in all use cases. For example, in hotspots, a higher user experienced data rate, but a lower mobility, would be required than in the wide area coverage case. , safety critical applications. , transportation safety, while high data rates could be less important.
High-level descriptions on deployment scenarios including carrier frequency, aggregated system bandwidth, network layout including Inter-Site-Distance (ISD), UE distribution, UE moving speed and service profile are proposed in the following sections. • Indoor hotspots The indoor hotspot deployment scenario focuses on small coverage per cell and high user throughput or user density in buildings. The key characteristics of this deployment scenario are high capacity, high user density and consistent user experience indoor.
5G Mobile Communications by Wei Xiang, Kan Zheng, Xuemin (Sherman) Shen