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Data Duplication for High Reliability: A Protocol-Level Simulation Assessment

机译:数据复制以提高可靠性:协议级仿真评估

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Among the key 5G targets is to offer “ultrareliable” communication services with packet loss rates not exceeding 10-5. It is widely acknowledged that this objective can be achieved only in multi-cellular setups with a special use of multi-connectivity, known as data duplication. This paper examines the use of data duplication at layer 2, i.e., at the Packet Data Convergence Protocol (PDCP) layer of the protocol stack. Unlike many alternative schemes, it does not rely on detailed channel state information or coordination in layer 1, but relies on feedback and coordination at layer 2 only, including a new level of packet acknowledgments. Using system-level simulations the efficiency of the proposed scheme in a real-world environment is illustrated. Besides packet loss rate, the system performance against throughput and delay at the application layer is assessed.
机译:5G关键目标之一是提供丢包率不超过10的“超长距离”通信服务 -5 。众所周知,只有在多连接设置中使用特殊的多连接性(称为数据复制)才能实现此目标。本文研究了第2层(即协议栈的分组数据融合协议(PDCP)层)中数据复制的使用。与许多替代方案不同,它不依赖第1层的详细信道状态信息或协调,而是仅依赖第2层的反馈和协调,包括新级别的数据包确认。使用系统级仿真,说明了该方案在实际环境中的效率。除了丢包率,还评估了系统性能对应用层吞吐量和延迟的影响。

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