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首页> 外文会议>2016 Third International Conference on Computing Measurement Control and Sensor Network >Enhancing Internet Networks Confidentiality Based on Composite Coding and Channels Coding Schemes of Signatures Reconfiguration
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Enhancing Internet Networks Confidentiality Based on Composite Coding and Channels Coding Schemes of Signatures Reconfiguration

机译：基于签名重构的复合编码和信道编码方案的增强Internet网络保密性

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摘要

We have proposed Enhancing Internet Networks Confidentiality Based on composite Coding and Channels Coding Schemes of Signatures Reconfiguration. On the transmitter side, data bits are sliced into spectral chips, coded into M-sequence codes, and conducted with different units of time-delay. The composite signature keyword is structured from two or more M-sequence codes. Two relatively prime-length M-sequence codes are taken to compose composite M-signature codes and time channels coding to achieve network confidentiality systems. Besides, the double scrambling scheme over time/wavelength representatives doubles the defense to prevent eavesdropping. The proposed scheme has a number of attractive features such as asynchronous network coordination, reduced transceiver encoder/decoders, and enhanced system confidentiality.
机译：我们已经提出了基于签名重新配置的复合编码和信道编码方案的增强互联网网络的机密性。在发射机端，数据位被切成频谱码片，编码为M序列码，并以不同的延时单位进行传输。复合签名关键字由​​两个或多个M序列代码构成。采取两个相对素长的M序列码组成复合M签名码和时间信道编码，以实现网络机密系统。此外，在时间/波长代表上的双重加扰方案使防御加倍，以防止窃听。所提出的方案具有许多吸引人的特征，例如异步网络协调，减少的收发器编码器/解码器和增强的系统机密性。

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