因此EEG信号是大量神经细胞的非线性耦合，是一个高度非线性多单元连接的复合体，EEG活动具有确定性混沌（deterministic chaos）特性，大脑是复杂、自组织（self-organization）的非线性动力学系统［1］。
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研究了含不确定性混沌系统的同步问题。
This paper is concerned with the synchronization problem of a class of chaotic systems with uncertainties.
研究了两个不确定性混沌系统的同步化问题。
The synchronization issue of two uncertain chaotic systems is investigated.
确定性混沌理论能够深刻揭示气液两相流压力波动的非线性特征。
The nonlinear characteristics of pressure fluctuation for two-phase flow in vertical upward section of U-type tube were investigated by means of deterministic chaotic theory.
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