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A self-synchronous stream cipher based on composite discrete chaos

机译:基于复合离散混沌的自同步流密码

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A new methodology by combining chaotic generalized synchronization technique with composite discrete chaotic mappings for self-synchronous stream cipher is proposed to meet the need of secure communication in distributed virtual reality battlefield. The work also concerns the decline of sensitivity to initial conditions caused by synchronization mechanism. The encryption algorithm is developed with it. Since it belongs to asymmetric cryptosystem, it is safe in architecture. The numerical simulation results show that the sequences keep high sensitivity to initial conditions. They are close to ideal randomness with uniform distribution and nice correlation properties. Therefore the validity and feasibility of the proposed methodology are verified.
机译:提出了一种新方法,通过将混沌广义同步技术与用于自同步流密码的复合离散混沌映射相结合,以满足分布式虚拟现实战场中安全通信的需要。该工作还涉及由同步机制造成的初始条件的敏感性的下降。加密算法是用它开发的。由于它属于不对称密码系统,因此它在架构中是安全的。数值模拟结果表明,该序列对初始条件保持高敏感性。它们接近理想的随机性,具有均匀分布和良好的相关性。因此,验证了所提出的方法的有效性和可行性。

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