Robust Coexistence Design of MIMO Radar and MIMO Communication under Model Uncertainty

Xin He, Lei Huang
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Abstract

This paper proposes a robust coexistence design of MIMO radar and MIMO communication under model uncertainty. The radar waveform and the precoder of the communication system are jointly designed to minimize the total transmit power of the radar system and the communication system, while the effective signal-to-interference-noise-ratios (SINR) of the radar system and the SINR of the communication system are guaranteed with small outage probability. Simulation results show that the proposed robust coexistence system is robust against model uncertainty with the cost of using extra transmit power.
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模型不确定性下MIMO雷达与MIMO通信鲁棒共存设计
提出了一种模型不确定性下MIMO雷达与MIMO通信共存的鲁棒设计方法。雷达波形和通信系统的预编码器共同设计,使雷达系统和通信系统的总发射功率最小,同时保证雷达系统的有效信噪比(SINR)和通信系统的有效信噪比(SINR)具有小的中断概率。仿真结果表明,该鲁棒共存系统对模型不确定性具有较强的鲁棒性,且以增加发射功率为代价。
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