| 1. | Steady state error coefficient
稳态误差系数 |
| 2. | Steady state error reduction using two sliding surfaces in a class of nonlinear systems
采用双滑模平面减小一类非线性系统稳态误差 |
| 3. | The integral operator is introduced such that the control system achieves a zero steady state error
滑模面中积分算子的引入确保了闭环系统零稳态误差的性能要求。 |
| 4. | The deterministic steady state errors with jerk model are eliminated in the new model , the advantages of ‘ current ’ statistic jerk model is also illustrated via simulation
该模型消除了jerk模型中存在的确定性稳态误差，仿真实验验证了该模型的优越性。 |
| 5. | After the analyzing , the indication is as follows : 1 ) comparing with the designed value , the steady state error is less than 5 % , the trend of the dynamic characteristic parameters is too fit the real theory analyze
计算结果表明： 1 )与设计值相比，主要参数的稳态误差不大于5 % ，动态特性的趋势与理论分析结果较吻合。 |
| 6. | The main results are : ( 1 ) the imc structure of the dual - rate predictive control system is derived , and its robust stability and zero steady state error characteristics are analyzed
论文的主要结果有: ( 1 )对双速率采样预测控制系统的性能进行了分析.推导双速率采样预测控制系统具有内模结构,研究了双速率采样预测控制系统的鲁棒稳定性和零稳态偏差特性 |
| 7. | So the vsr can operate in any power factor . internal model control ( imc ) design concept has been introduced to the unbalanced control system of vsr . with imc design concept , the unbalanced control system not only achieve zero steady state error of sinusoidal ac current , but also obtains strong robustness of the control system
由于在abc和静止坐标系中，采用比例和比例积分调节器无法实现对时变正弦波信号的无差跟踪控制，而在dq坐标系中需要用正、反两套旋转坐标系构成四个电流内环才能实现对正、负序dq电流的无差跟踪。 |
| 8. | The theoretical and experiment results shows that the digital examine and control system which adopts vss lms algorithm can allow the apf to track changes in the system as well as produce a small steady state error , therefore ensures the speed and precision of apf . also erase / program flash on system and bootload are achieved
实验结果表明，采用变步长lms算法的数字化检测与控制系统同时保证了谐波检测的速度与精度，在负载变化时有更好的跟踪能力，满足有源电力滤波器对谐波检测的要求。 |
