神经系统的信号传递是学习、记忆、感觉、运动等各种脑正常功能的基础，因此它的理论也是神经精神病理学的基础。
The signal propagation through nerve system is the basis of studying, memory, sense, movement, so its theory is also the basis of neuropsychosis.
以人工神经网络的前馈型网络为基础结构，基于反向传播算法进行学习和训练来拟和证券价格指数的运动趋势。
In this model, back propagation algorithm based on forward networks was conducted to learn information of historical data and to train the network weights.
本文在神经网络直接控制船舶运动控制基础上，引入闭环增益成形算法构成闭环控制，以提高系统对环境干扰和过程参数摄动的鲁棒性。
But the robust performance is improved obviously when the closed loop gain shaping control algorithm is introduced into the ship motion system on the basis of neural network control in the thesis.
运动技能学习是以神经活动为基础的生理、心理过程。
Motor learning is a physiological and psychological process basing on nerve action.
以文献资料为基础，结合运动训练中的实际情况，分析武装越野训练后肌肉疲劳和神经系统疲劳两大主要因素，并对其恢复的手段及措施进行研究。
Based on the literature materials and actual situation of the training, this paper analyzes the two main factors of the muscle and nervous system and studies how to restores it.
我们用运动区的电反应作为指标，分析了产生此反应的神经路径基础。
Making use of the response in the sensorimotor cortex as the indicator, the nervous pathways mediating the productions of such response were analysed.
躯体运动神经元同时支配MPG和EUS可能是人工体神经内脏神经反射弧控制排尿的主要神经解剖学基础。
Simultaneous reinnervation of MPG and EUS by one group of somatic motor neurons may be the major neural anatomy infrastructure for controllable voiding via the somatic-autonomic reflex arc.
结论：神经生长因子在常规康复治疗的基础上有助于脑梗死患者运动功能障碍的恢复。
Conclusion: NGF can improve the motor recovery of cerebral infarction at basic routine rehabilitation treatment.
然后，模拟生物神经的整合作用，在单关节运动控制系统的基础上建立了机器人双关节耦合控制系统。
Then, with the simulation of biological neural integration, this paper built a coupling control system of a single robot leg of two joints based on the single joint control system.
在研究大量参考文献的基础上，本文提出了船舶横摇运动基于二进小波神经网络整定的智能PID控制算法。
On the base of a great deal of reference literatures, intelligent PID control algorithm of ship roll motion based on dyadic wavelet neural network has been proposed.
在研究大量参考文献的基础上，本文提出了船舶横摇运动基于二进小波神经网络整定的智能PID控制算法。
On the base of a great deal of reference literatures, intelligent PID control algorithm of ship roll motion based on dyadic wavelet neural network has been proposed.
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