Throughput analysis and system parameter optimization of space sense based random access for TDD WLANs

Lei Wang, Chengkang Pan, Yueming Cai
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Abstract

A space sense based random access (SSRA) scheme is introduced for the uplink of time division duplex (TDD) WLANs with multiple receive antennas. In SSRA scheme, each user performs space sense process to predict the post-detection signal-to-interference-and-noise-ratio (SINR) of data packets. If the predicted SINR is larger than a given threshold, the user considers the channel idle and is permitted to transmit channel estimation sequence and data packet like Hybrid ALOHA. Successful channel estimation means successful packet reception. An approximation of the throughput of this SSRA scheme is given. We also make efforts to find the optimized system parameters by numerical simulations.
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基于空间感知的TDD无线局域网随机接入吞吐量分析及系统参数优化
针对具有多接收天线的时分双工(TDD)无线局域网上行链路,提出了一种基于空间感知的随机接入(SSRA)方案。在SSRA方案中,每个用户执行空间感知过程来预测检测后数据包的信噪比(SINR)。如果预测的SINR大于给定的阈值,则用户认为信道空闲,并允许传输信道估计序列和数据包,如Hybrid ALOHA。成功的信道估计意味着成功的数据包接收。给出了该方案的吞吐量近似值。并通过数值模拟找出了优化后的系统参数。
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