基于单用户任务和信道预测的UE计算卸载

Zan Zhang, Ziqi Cong, Xiaofeng Tao
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引用次数: 0

摘要

为了提高单用户场景下的能耗和延迟性能,本文建立了一种部分计算卸载模式。该算法利用任务预测和信道预测来获取未来状态,对目标函数进行优化。该算法的独特优点是利用马尔科夫特性对任务和信道进行预测。该算法利用任务和信道预测,与不进行预测相比,能耗降低90%以上。最后给出了降低能耗的仿真结果,验证了理论分析和算法的有效性。本文提出的算法大大提高了能量敏感和延迟敏感器件的性能。
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UE Computation Offloading Based on Task and Channel Prediction of Single User
This paper established a partial computation offloading paradigm to improve energy consumption and delay performance in single user scenario. This algorithm utilizes task and channel prediction to obtain future state to optimize objective function. A unique advantage of this algorithm is task and channel prediction utilizing markov property. The proposed algorithm utilizing task and channel prediction achieved more than 90% energy consumption reduction compared with no prediction. Finally, simulation achieved reduce in energy consumption are presented to corroborate the theoretical analysis as well as validate the effectiveness of the proposed algorithm. The algorithm proposed in this paper greatly improves the performance of energy-sensitive and delay-sensitive devices.
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