研究一类具有不对称互连结构的广义时滞神经网络的动态行为。
The dynamic behavior of a class of generalized neural networks with time delay and asymmetric (interconnecting) structure is investigated.
在静态条件下可以直接比较输入和输出数值，在动态条件下应排除时滞影响，分析输出和输入数值的随机偏差。
Deduced that the input data and output data can been compared directly under static condition, but the time delay must be excluded under dynamic condition and analyze the random error of the data.
这类系统的连续动态、离散动态与时滞相互作用，使系统的动态行为变得十分复杂。
Due to the interaction among the continuous dynamics and discrete dynamics and time delays, the behavior of such systems is very complicated.
针对网络存在较大时滞和网络参数动态变化等问题，提出了一种鲁棒非线性PI主动队列管理算法。
A robust nonlinear proportional integral (RNPI) algorithm for active queue management is proposed to alleviate the time-delay and parameters time-varying problems in network.
系列简化和假设导致实际物理系统和数学模型之间的差异，主要包括有系统参数变动，未建模动态特性，未建模时滞等等。
The difference between the physical system and the mathematical model arises from many sources, including parameter changes, un-modeled time-delays, and so on.
实际网络具有大时滞性和动态特性。
调整超前滞后环节的补偿角度使信号相位相对于时滞作用反向偏移，从而削弱时滞对系统动态性能的影响。
The angle compensation provided by lead and lag component is contrary to the angle excursion caused by time delay. So the influence of time delay will be decreased.
工业锅炉的主要动态特性包括非线性、非最小相位特征、不稳定性、时滞和负荷干扰，采用传统控制方法难以实施有效控制。
The major dynamics of a boiler include non-linearity, non-minimum phase behavior, instability, delay and load disturbance. The traditional control strategy could not offer satisfactory result.
工业锅炉的主要动态特性包括非线性、非最小相位特征、不稳定性、时滞和负荷干扰，采用传统控制方法难以实施有效控制。
The major dynamics of a boiler include non-linearity, non-minimum phase behavior, instability, delay and load disturbance. The traditional control strategy could not offer satisfactory result.
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