LA and HARQ combined optimization based on QoS prediction

Jinbao Zhang, Zaichen Zhang, Wei Heng, Z. Tan, Q. Guo
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Abstract

Link Adaptation (LA) and Hybrid Automatic Repeat reQuest (HARQ) are seen as effective methods to enhance performance of wireless communications. However, most of them tend to divide LA and HARQ into two independent parts, and optimization has been made in each part respectively. It is obvious that LA promotes efficiency by decreasing robustness of wireless transmissions, while HARQ is just the opposite. So LA and HARQ should be optimized with one unified criterion to make full use of capability of wireless communications. To this question, a unified QoS criterion for LA and HARQ is proposed. Then combined optimization on LA and HARQ is deduced based on this proposed criterion. By placing both the two techniques under one evaluating framework of QoS, LA and HARQ are not optimized independently but synthetically from the view of QoS, and performance gain is achieved. Both theoretical demonstration and simulation results have validated that the proposed optimization will enhance QoS for wireless transmissions.
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基于QoS预测的LA和HARQ组合优化
链路自适应(LA)和混合自动重复请求(HARQ)被认为是提高无线通信性能的有效方法。然而,他们大多倾向于将LA和HARQ划分为两个独立的部分,并分别对每个部分进行优化。很明显,LA通过降低无线传输的健壮性来提高效率,而HARQ恰恰相反。因此,为了充分利用无线通信的能力,应统一标准对LA和HARQ进行优化。针对这一问题,提出了一种统一的LA和HARQ的QoS标准。然后在此基础上推导出了LA和HARQ的组合优化。通过将两种技术置于一个QoS评价框架下,从QoS的角度出发,对LA和HARQ进行了综合优化,而不是单独优化,从而实现了性能提升。理论论证和仿真结果都验证了所提出的优化方法能够提高无线传输的QoS。
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