| 1. | Which input and output relations exist between the various use case variables
在不同的用例变量之间存在哪些输入和输出关系？ |
| 2. | Since the relation of output and input , we realized that system was nonlinear
并从系统的输入输出关系这个角度,论证了系统的非线性。 |
| 3. | The emergence of neural network provide effective tools for a system with highly nonlinear input - output relations
神经网络的出现为一类输入输出关系呈高度非线性的系统提供了建模的有效工具。 |
| 4. | On the other hand , the relationship of input / output obtained by neutral network is hardly to express in an easy accepted way
另外，神经网络所获得的输入输出关系无法用容易被人接受的方式表达出来。 |
| 5. | The model of remote - operated steering control system ( rscs ) was established based on the input / output relation and the characteristics of rscs were analyzed
基于系统输入输出关系构建了遥控转向操纵闭环系统模型，分析了遥控车辆的转向操纵特性。 |
| 6. | When differential equations are encountered , they are linearized and subjected to whatever constraints are necessary to establish useful input - output relationships
当使用微分方程时，要对其进行线性化并受限于一定的约束条件才能建立有用的输入-输出关系。 |
| 7. | ( 2 ) the artificial neural network models can reveal internal relations between structural parameters and operation , and formularize the maping of input - output information
( 2 )网络模型可以揭示结构和参数与运行之间的内在关系，将输入、输出关系量化公式。 |
| 8. | In course of training the network , the structure of the network has been analysed . using the nonlinear theory , the node of the hidden layer is ascertained . by comparing this method is very efficient
( 5 )在网络训练过程中，对神经网络结构进行了分析，建立了计算输出和理想输出关系非线性方程组，依据非线性方程理论阐述设计变量、样本数量和输出层单元数量的关系，确定了隐层神经元的数量，经比较该方法很有效。 |
| 9. | 2 artificial neural network , which is one of services provided from the matlab platform , is applied to simulate the relationship between input and output in the system in order to recognize the system so that the performance function can be transformed into the random variable from the force
在matlab平台上利用人工神经网络来模拟系统的输入与输出关系，对系统进行识别，从而使大坝功能函数由对应于的应力表达直接转化为外界随机变量来表达。 |
| 10. | Because of the periodicity of the hub oscillatory load and the nonlinearity of the i / o relationship of the smart rotor , the neural control methods with both off - line and on - line modeling in frequency domain on the smart rotor and their realization procedures are presented
飞行中直升机的桨毂交变载荷以周期性的为主，而智能旋翼的输入输出关系具有非线性特征。据此，本文提出离线建模的和在线建模的智能旋翼频域神经控制方法，并给出实现的具体方案细节。 |
