Abstract The Spectrum Channel Noise is a pseudorandom or random computational process in a manner that allows the security competence of the available spectrum management frameworks for cognitive radio networks. To mitigate the cognitive spectrum and its security issues, we recommend a central primary spectrum organization structure that is dynamically balanced, and that applies the Primary Key Cryptosystem (PKC). The node identity applicable in this PKC is utilized as the framework to produce the primary user identification structure. In that case, the authentication is rooted in the secondary user for necessary verification. The dynamic, secure key is provided based on the security aspect of the initial framework. Apart from that, the PKC-based McEliece secondary key provides an error correction capacity, which can remove the noise during secondary user allocation and enhance the effectiveness of the spectrum management, which collaborate effectively over the noise channel management.

中文翻译：

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认知无线电网络中的安全和信道噪声管理

摘要 频谱信道噪声是一种伪随机或随机计算过程，其方式允许认知无线电网络的可用频谱管理框架的安全能力。为了缓解认知频谱及其安全问题，我们建议采用动态平衡的中央主频谱组织结构，并应用主密钥密码系统 (PKC)。适用于该 PKC 的节点身份被用作框架以生成主要用户身份结构。在这种情况下，身份验证以辅助用户为根，以进行必要的验证。动态、安全的密钥是基于初始框架的安全方面提供的。除此之外，基于 PKC 的 McEliece 二级密钥提供了纠错能力，