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Based on the Improved RSA Keys and Compound Chaotic System and Design of Audio Encryption Algorithm

机译:基于改进的RSA密钥和复合混沌系统的音频加密算法设计

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In order to improve the security in the process of audio files in Internet communication, first Construct a generating chaotic sequence of six dimensional cellular neural network model, according to the principle of RSA asymmetric encryption algorithm, proposes a location of any number as a transmission key(Coordinate key) in the chaotic sequence and using the public key and RSA encryption algorithm for it. Then the number corresponding to this key position, as the starting point of Chebyev chaotic mapping, and to generate encryption sequence. Finally encrypt the original audio and send to receiver with the transport key. In order to verify the practicability of the algorithm, we made a simulation experiment, the complexity of the test the transmission key and comparison of the original audio and the encryption audio waveform figure, and proves the feasibility of this kind of encryption algorithm through the correlation analysis, spectrum analysis and sensitivity analysis. There is the broad prospect and the important application of chaotic and RSA encryption technology.
机译:为了提高互联网通信中音频文件处理的安全性,首先根据RSA非对称加密算法的原理,构造了一个六维细胞神经网络生成混沌序列模型,提出了任意数量的位置作为传输密钥。 (协调密钥)的序列,并使用公共密钥和RSA加密算法。然后将与该密钥位置相对应的数字作为Chebyev混沌映射的起点,并生成加密序列。最后,对原始音频进行加密,并使用传输密钥发送给接收器。为了验证该算法的实用性,我们进行了仿真实验,测试了传输密钥的复杂性,并比较了原始音频和加密音频波形图,并通过相关性证明了这种加密算法的可行性。分析,频谱分析和灵敏度分析。混沌和RSA加密技术具有广阔的前景和重要的应用前景。

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