Adaptive Transmission Design in TDMA Uplink System with Status Update and Throughput Services

Tianheng Wang, Shuo Wang, Lei Zheng, Qingchun Chen
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Abstract

In this paper, we consider the TDMA uplink system, where multiple status update devices and multiple throughput service devices upload their traffics to one access point in TDMA mode, and all devices are assumed to be provisioned with data buffer to store data before transmission. In order to meet the fresh status update requirements, the maximal allowed long term average age of information (AoI) of all status update devices is specified. On the basis, the sum rate maximization problem of all throughput service devices is presented to derive the adaptive TDMA uplink transmission scheme that meets the AoI requirements. Our analysis results show that, the proposed adaptive TDMA uplink transmission scheme can effectively coordinate different performance requirements of status update and throughput service by explicitly introducing AoI requirements in the adaptive transmission design, so as to ensure heterogeneous multiple access requirements.
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具有状态更新和吞吐量业务的TDMA上行系统自适应传输设计
本文考虑TDMA上行系统,其中多个状态更新设备和多个吞吐量业务设备以TDMA方式将其流量上传到一个接入点,并假设所有设备在传输前都具有数据缓冲区来存储数据。为了满足新鲜状态更新的要求,规定了所有状态更新设备允许的最大长期平均信息年龄(AoI)。在此基础上,提出了所有吞吐量业务设备的和速率最大化问题,推导出满足AoI要求的自适应TDMA上行传输方案。分析结果表明,本文提出的自适应TDMA上行传输方案通过在自适应传输设计中明确引入AoI需求,能够有效协调状态更新和吞吐量业务的不同性能需求,从而保证异构多址接入需求。
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