A novel ARQ scheme applied to wireless communication

Pengbo Yu, Xiaomei Wang, Hongyi Yu
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引用次数: 1

Abstract

In wireless communication, ARQ scheme plays an important role for the error control. The two basic ARQ schemes are the Selective Repeat ARQ and the Go-Back-N ARQ.GBN-ARQ scheme is easy to implemented while its throughput is proved to be not so perfect. On the other hand, SR-ARQ performs better than GBN-ARQ while its implementation is too complex. The two basic ARQ schemes cannot satisfy the requirement of the wireless communication. In this paper, an advanced ARQ scheme is proposed to solve the problem mentioned above. The correlative relationship of the key segments of the network data is used to recover the erroneous data. The proposed scheme is analyzed in theories and compared with the basic ARQ schemes by Matlab simulation on throughput performance. The simulation results show that the proposed scheme has a lower complexity than that of SR-ARQ and it has a better throughput performance than that of GBN-ARQ.
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一种新的应用于无线通信的ARQ方案
在无线通信中,ARQ方案对误差控制起着重要的作用。两种基本的ARQ方案是选择性重复ARQ和回退n ARQ。GBN-ARQ方案易于实现,但其吞吐量不太理想。另一方面,SR-ARQ的性能优于GBN-ARQ,但其实现过于复杂。两种基本的ARQ方案都不能满足无线通信的要求。本文提出了一种先进的ARQ方案来解决上述问题。利用网络数据关键段之间的关联关系来恢复错误数据。对该方案进行了理论分析,并与基本的ARQ方案进行了吞吐量性能的Matlab仿真比较。仿真结果表明,该方案具有比SR-ARQ更低的复杂度和比GBN-ARQ更好的吞吐量性能。
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