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Certification codes for maliciousness detection in Physical-layer Network Coding

机译:物理层网络编码中恶意检测的认证代码

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The problem of two sources wanting to share information through a potentially untrustworthy relay node is considered. The two sources transmit symbols simultaneously, and the relay node employs Physical-layer Network Coding (PNC) to forward information back to the two sources in order to increase throughput. In such a system using PNC, the relay node can easily fool the source nodes by manipulating the PNC output symbols. To enable relay maliciousness detection, a class of variable-rate codes, called certification codes, is introduced. In a certification code, redundancy is added to the source message to act as a certificate, allowing a node to determine if the relay is behaving in a malicious manner. A simple binary certification code is designed and analyzed to demonstrate the proposed approach.
机译:考虑了两个源希望通过潜在的不可信任的中继节点共享信息的问题。两个源同时发送符号,并且中继节点采用物理层网络编码(PNC)将信息转发回两个源,以提高吞吐量。在这种使用PNC的系统中,中继节点可以通过操纵PNC输出符号来轻易地欺骗源节点。为了启用中继恶意检测,引入了一类可变速率代码,称为证明代码。在证书代码中,冗余被添加到源消息中以充当证书,从而允许节点确定中继是否以恶意方式运行。设计并分析了一个简单的二进制认证代码,以演示所提出的方法。

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