Comparing with other chaotic systems, spatio-temporal chaos is of higher dimension, and has more complex dynamic properties. Due to its instinct operational parallelity, spatio-temporal chaos can be used to construct encryption algorithm based on hardware implementation.
时空混沌除具有传统混沌系统的特性外,还具有更高的维数,更加复杂的动力学特性,同时具有内在的操作并行性,因此可用于硬件加密系统的设计。
参考来源 - 基于时空混沌的加密芯片研制In the same way, the thoughts and method can be applied in thecontrolling spatio-temporal chaos by prediction feedback and double feedback . All thetheoretical analysis results are corresponding to numerical calculation results.
同样的分析思路和改进的分析方法还用到预测反馈控制、预测和延迟双反馈控制方案来确定他们控制时空混沌的可控性条件,所有的理论分析结果均与数值计算结果一致。
参考来源 - 控制混沌和时空混沌的方法及理论研究·2,447,543篇论文数据,部分数据来源于NoteExpress
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