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Outer Bounds for MIMO Communicating Radars: Three-node Uplink

机译:MIMO通信雷达的外界:三节点上行链路

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In this paper, we derive the rate bounds of a joint radar and communication system where the Comm-Radar is simultaneously detecting the target and receiving communication signals. We consider the case, where the communication signals also bounce off the radar target and are received alongside the radar signal. We show that the additional target bounces of the communication signals could potentially be used to improve the radar performance on direction estimation. To demonstrate the performance gain, we first propose an iterative-successive interference cancellation (iterative-SIC) scheme for the joint radar estimation and communication decoding. Then, based on the iterative-SIC scheme, we derive the joint outer bounds for the rate regions to characterize achievable estimation rate and communication rate performance. In addition, we present numerical results, which show the advantages of using the communication bounces.
机译:在本文中,我们得出了联合雷达和通信系统的速率界限,其中通信雷达同时检测目标和接收通信信号。我们考虑这种情况,其中通信信号也从雷达目标反弹并与雷达信号一起接收。我们表明,通信信号的附加目标反弹可能用于改善方向估计上的雷达性能。为了展示性能增益,我们首先提出了一个迭代连续的干扰消除(迭代-SIC)方案,用于联合雷达估计和通信解码。然后,基于迭代-SIC方案,我们导出了速率区域的关节外界,以表征可实现的估计率和通信率表现。此外,我们呈现了数值结果,显示了使用通信反弹的优点。

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