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Potentials of MIMO and Neural Networks in Industrial Cognitive Networks

机译:工业认知网络中MIMO和神经网络的潜力

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Spectrum reutilization is a potential aspect in cognitive radio (CR) and has been employed recently in the shared spectrum sub-6 GHz. Such application has been supported by technologies that can manage the interference at other networks while providing acceptable services for the CR network itself. The multiple input multiple output (MIMO) technology brings benefits to CR with regard to the interference management making it a promising technology for Industry 4.0. In this paper, we propose a MIMO system for industrial CR networks. The proposed MIMO improves not only the spectral efficiency performance, but also the latency. Our model addresses industrial augmented reality application which requires high data rate and low latency. Specifically, the proposed scheme employs efficient precoding and deep learning for solving non-convex power optimization problem. The numerical results demonstrate outstanding performance in sake of our proposal.
机译:光谱再利用是认知无线电(CR)中的势方面,并且最近在共享频谱子6 GHz中使用。此类应用程序已由可以管理在其他网络的干扰的技术支持,同时为CR网络本身提供可接受的服务。多输入多输出(MIMO)技术在干扰管理方面为CR带来了益处,使其成为工业4.0的有希望的技术。在本文中,我们提出了一种用于工业CR网络的MIMO系统。所提出的MIMO不仅提高了光谱效率性能,也可以提高延迟。我们的模型解决了工业增强现实应用,需要高数据速率和低延迟。具体地,所提出的方案采用有效的预编码和深度学习来解决非凸功率优化问题。数字结果表明了我们提案的突出表现。

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