| 1. | Steering wheel impulse input test
转向盘转角阶跃输入试验 |
| 2. | In the present design , step inputs are restricted to a few tenths of millivolt
在目前这个设计中,阶跃输入信号限制在零点几毫伏以下 |
| 3. | For example , a nonlinear system can change from sable to unstable , or vice versa , if the size of step input is doubled
例如，当阶跃输入的的幅度增大一倍时，非线性系统可能会从稳定变得不稳定；反之亦然。 |
| 4. | Bode plots of the system transfer function are used to determine the effects of various inputs ( including a step ) upon the steady - stat response of the system
系统传递函数的伯德图可以用于确定各种输入（包括阶跃输入）下系统的稳态响应。 |
| 5. | The transmitter reaches performance index within power up 2 s , the response time of which analog output respond to step input can be selected by user 036 s
变送器加电2秒内达到性能指标模拟输出对阶跃输入变化的响应时间是由用户选择的一个时间常数036秒。 |
| 6. | For the feedforward controller design , zero error characteristic of the step response of system with zero phase error tracking controller ( zpetc ) is proved and its application is studied
对于前馈控制器设计，证明了零相位误差跟踪算法在阶跃输入下的无差性并研究了该特性的应用。 |
| 7. | The identification results of step and sine steering angle input showed that the proposed identification method is not only practical , but also with high accuracy
通过方向盘角阶跃输入和正弦输入的识别结果表明,这种识别方向盘角输入的方法是可行的,并且具有识别精度高、运算速度快等优点。 |
| 8. | If , however , the interval between such step inputs is decreased so that the system never has time to reach the corresponding steady - state , the step representation and laplace domain are no longer adequate
但是，如果减小这些阶跃输入的间隔，系统没有足够的时间来到达下一个相应的稳态，则阶跃响应以及拉普拉斯域就显得不合适。 |
| 9. | The experiment result shows that by adding this modification algorithm into normal fuzzy controller , overshoot of transition process that system responds to the step signal will be further decreased , and convergent speed will be further increased
实验结论说明，通过在常规模糊控制器加入这种规则校正算法，可进一步降低系统对阶跃输入信号响应的过渡过程的超调量，并提高的收敛速度。 |
| 10. | In order to deduce the effects on dynamic performances , a method by using prediction filter is introduced . to minish overshoot subsection of input signal with exponent is adopted . these methods are proved by mathematic simulation
针对动态高型控制方法使系统动态性能变差的问题，提出了利用预测滤波技术改善系统动态性能的方法，进一步提出了利用指数函数将阶跃输入信号分段以降低系统超调量的方法，并通过数学仿真验证了这两种方法的有效性。 |
