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A Comparative Analysis of 5G Channel Model with Varied Frequency: A Case Study in Jakarta

机译:不同频率的5G信道模型的比较分析:以雅加达为例

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5G has usage scenarios supporting various services and applications including enhanced Mobile Broadband (eMBB), Ultra-Reliable and Low Latency Communications (URLLC), and massive Machine Type Communications (mMTC). This takes into account the potential of mid frequency band at 3.5 Ghz and high or mmwave frequency band at 26 and 28 GHz which are able to fulfill the need for wide bandwidth and data rate up to 10-20 Gbps. Jakarta as the capital city of Indonesia is a tropical region with a high rainfall, making it necessary to know of the channel characteristics over the frequency in Jakarta, in order to support the success of initial planning of 5G development. The characteristics of 5G channel are represented in Power Delay Profile (PDP) according to the simulation results using NYUSIM channel simulator. PDP is used to calculate outage probability, i.e. the probability of channel capacity is less than the code rate (R), indicating failure of detection on the receiver based on Shannon's theory. Outage Probability is obtained by cumulative distribution function of the capacity evaluated at pmbR This study presented a comparison of 5G channel models and outage probability of 10-
机译:5G的使用场景支持各种服务和应用程序,包括增强型移动宽带(eMBB),超可靠和低延迟通信(URLLC)以及大规模机器类型通信(mMTC)。这考虑到了3.5 GHz的中频带以及26 GHz和28 GHz的高波或毫米波频带的潜力,这些潜力能够满足高达10-20 Gbps的宽带宽和数据速率的需求。雅加达是印度尼西亚的首府城市,是一个降雨高的热带地区,因此有必要了解雅加达整个频率范围内的信道特性,以支持5G发展初步计划的成功。根据使用NYUSIM通道模拟器的仿真结果,在功率延迟曲线(PDP)中表示5G通道的特性。 PDP用于计算中断概率,即信道容量的概率小于编码率(R),这表示基于Shannon理论的接收器检测失败。停运概率是通过pmbR评估的容量的累积分布函数获得的。本研究提出了5G信道模型与10-

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