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The Gaussian Diamond-Wiretap Channel With Conferencing Relays

机译:带会议继电器的高斯菱形窃听通道

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In this letter, we consider the Gaussian diamond-wiretap channel with conferencing links between relays for the following three cases: 1) both conferencing links are confidential; 2) both conferencing links are public; and 3) one conferencing link is confidential, the other link is public, and the legitimate parties do not know which link is confidential or public. For all the cases, we establish the exact secure degrees of freedom (d.o.f.). Our results show that if at least one of conferencing links is confidential, the secure d.o.f. improves upon the case of no conferencing. In these cases of fully and partially confidential conferencing, it is shown to be sufficient to use the conferencing links only for transmitting noise symbols. On the other hand, if conferencing information is fully revealed to the eavesdropper, it is shown that there is no gain in secure d.o.f. due to conferencing, even if the conferencing information is also known to the legitimate destination.
机译:在这封信中,我们认为在以下三种情况下,继电器之间具有会议链接的高斯菱形窃听通道:1)这两个会议链接都是机密的; 2)两个会议链接都是公共的; (3)一个会议链接是机密的,另一链接是公开的,而合法方不知道哪个链接是机密的或公开的。对于所有情况,我们都会确定确切的安全自由度(d.o.f.)。我们的结果表明,如果至少一个会议链接是机密的,则安全的d.o.f。改进了不开会的情况。在完全和部分机密会议的这些情况下,仅将会议链接用于传输噪声符号已被证明是足够的。另一方面,如果将会议信息完全透露给窃听者,则表明安全d.f.f毫无益处。由于会议,即使合法目的地也知道会议信息。

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