In this paper, a fast visual evoked potential measurement technique-system identification with pseudo-random sequences is presented.
本文利用伪随机序列相关辨识技术，实现了快速检测视觉诱发电位。
In order to generate new chaotic pseudo-random sequences, a new chaotic system was constructed.
为产生新的数字混沌伪随机序列，构造了一个新的混沌系统。
The RS sequences have been chosen as a pseudo-random frequency hopping sequence, and the RS sequence production method has been introduced.
采用RS码作为构造跳频图案的伪随机序列，分析讨论了RS序列的产生方法。
The pseudo-random number is a complex, linear combination of values of input sequences provided to the generator and exhibits little correlation with such input values.
该伪随机数是提供给发生器的输入序列值的复线性组合，与该输入值相关性很小。
Pseudo-random sequences with optimal properties such as correlation, high linear spans, balance and long period are widely used in CDMA system, spread spectrum and hopping communication systems.
具有优良相关性，大线性复杂度，平衡性，长周期的伪随机序列广泛应用于CDMA系统，扩跳频通信系统。
Pseudo-random sequences with optimal properties such as correlation, high linear spans, balance and long period are widely used in CDMA system, spread spectrum and hopping communication systems.
具有优良相关性，大线性复杂度，平衡性，长周期的伪随机序列广泛应用于CDMA系统，扩跳频通信系统。
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